Four letter SEA-PHAGES code: GONZ
Location: Spokane, WA USA
Website: http://www.gonzaga.edu/
Joined SEA-PHAGES: PHAGES Cohort 3 (started in 2010)
Buddy school: Cabrini University
Term type: None
Total SEA-PHAGES sections taught: 373
Total SEA-PHAGES students: 5619
SEA Faculty
Primary Faculty Contact
SEA-PHAGES Faculty Members
ettingera@gonzaga.edu
509-313-6703
Biology Lab Specialist
Biology
Legal Contact
Taylor Aichel
Director of Sponsored Research & Programs
Gonzaga University
aichel@gonzaga.edu
509-313-5870
SEA Publications
Horton et al., Microbiology Resource Announcements, 2024
Anders et al, Microbiology Resource Announcements, 2023
Hoag et al, Microbiology Resource Announcements, 2022
Genome Sequences of Subcluster M2 Mycobacteriophages Estes and Aziz
Fitzgerald et al, Microbiology Resource Announcements, 2021
Anders et al., Genome Announcements, 2017
THIS PUBLICATION HAS SEA-PHAGES UNDERGRADUATE AUTHORS
Genome Sequences of Cluster K Mycobacteriophages DrHayes, Urkel, and SamuelLPlaqson
Anders et al, Genome Announcements, 2017
THIS PUBLICATION HAS SEA-PHAGES UNDERGRADUATE AUTHORS
Academic Terms
Spring 2025 ▼
Start: Jan 14, 2025, End: May 02, 2025
PHAGES Sections in this Term
BIOL.105L.01
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Arthrobacter globiformis
Number of students: 17
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.02
Primary Instructor: Jay Stafstrom
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.03
Primary Instructor: Christy Andrade
Type: In situ (phage discovery/microbiology)
Hosts used: Gordonia rubripertincta
Number of students: 17
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.04
Primary Instructor: Jay Stafstrom
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 17
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.05
Primary Instructor: Brian Connolly
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 17
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.06
Primary Instructor: Matt Marcec
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.08
Primary Instructor: Matt Marcec
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 18
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.09
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 18
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.10
Primary Instructor: Jay Stafstrom
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 18
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.11
Primary Instructor: Laura Diaz-Martinez
Type: In situ (phage discovery/microbiology)
Hosts used: Arthrobacter globiformis
Number of students: 18
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.12
Primary Instructor: Jay Stafstrom
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 17
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.13
Primary Instructor: Laura Diaz-Martinez
Type: In situ (phage discovery/microbiology)
Hosts used: Gordonia rubripertincta
Number of students: 17
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.14
Primary Instructor: Matt Marcec
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 17
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.16
Primary Instructor: Dana Case
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 17
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.01
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Arthrobacter globiformis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.02
Primary Instructor: Renee Geck
Type: In silico (phage genomics/bioinformatics)
Hosts used: Arthrobacter globiformis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.03
Primary Instructor: Rebekah Hare
Type: In silico (phage genomics/bioinformatics)
Hosts used: Arthrobacter globiformis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.04
Primary Instructor: Joey Haydock
Type: In silico (phage genomics/bioinformatics)
Hosts used: Arthrobacter globiformis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.05
Primary Instructor: Joey Haydock
Type: In silico (phage genomics/bioinformatics)
Hosts used: No host information yet.
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.06
Primary Instructor: Kirk Anders
Type: In silico (phage genomics/bioinformatics)
Hosts used: Arthrobacter globiformis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
Fall 2024 ▼
Start: Aug 26, 2024, End: Dec 06, 2024
PHAGES Sections in this Term
BIOL.105L.01
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Arthrobacter globiformis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.02
Primary Instructor: Dana Case
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.03
Primary Instructor: Dana Case
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.04
Primary Instructor: Matt Marcec
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.05
Primary Instructor: Jay Stafstrom
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.06
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Gordonia rubripertincta
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.07
Primary Instructor: Joey Haydock
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.08
Primary Instructor: Dana Case
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 2.7
BIOL.105L.09
Primary Instructor: Dana Case
Type: In situ (phage discovery/microbiology)
Hosts used: Arthrobacter globiformis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.10
Primary Instructor: Matt Marcec
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.11
Primary Instructor: Jay Stafstrom
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.12
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.01
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.02
Primary Instructor: Joey Haydock
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.03
Primary Instructor: Rebekah Hare
Type: In silico (phage genomics/bioinformatics)
Hosts used: Arthrobacter globiformis
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.04
Primary Instructor: William Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Arthrobacter globiformis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.05
Primary Instructor: William Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Arthrobacter globiformis
Number of students: 13
Meetings per week: 1
Hours per week: 3.0
Spring 2024 ▼
Start: Jan 16, 2024, End: May 10, 2024
PHAGES Sections in this Term
BIOL.105L.01
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis, Arthrobacter globiformis, Gordonia rubripertincta, Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.02
Primary Instructor: Kirk Anders
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis, Arthrobacter globiformis, Gordonia rubripertincta, Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.03
Primary Instructor: Jay Stafstrom
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.04
Primary Instructor: Nancy Staub
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.05
Primary Instructor: Kevin Measor
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.06
Primary Instructor: Laura Diaz-Martinez
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.07
Primary Instructor: Corey Knadler
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.08
Primary Instructor: Matt Marcec
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 13
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.09
Primary Instructor: Corey Knadler
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.11
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis, Arthrobacter globiformis, Gordonia rubripertincta, Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.12
Primary Instructor: Jay Stafstrom
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.13
Primary Instructor: Brian Connolly
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 13
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.14
Primary Instructor: Laura Diaz-Martinez
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.16
Primary Instructor: Matt Marcec
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 10
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.01
Primary Instructor: Joey Haydock
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 13
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.02
Primary Instructor: Marianne Poxleitner
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 13
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.03
Primary Instructor: Rebekah Hare
Type: In silico (phage genomics/bioinformatics)
Hosts used: Arthrobacter globiformis
Number of students: 13
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.04
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 13
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.05
Primary Instructor: William Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 10
Meetings per week: 1
Hours per week: 3.0
Fall 2023 ▼
Start: Aug 29, 2023, End: Dec 15, 2023
PHAGES Sections in this Term
BIOL.105L.01
Primary Instructor: Kirk Anders
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.02
Primary Instructor: Jay Stafstrom
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.03
Primary Instructor: Dana Case
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.04
Primary Instructor: Matt Marcec
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.05
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis, Arthrobacter globiformis, Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.06
Primary Instructor: Jay Stafstrom
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 13
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.07
Primary Instructor: Brian Connolly
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.08
Primary Instructor: Dana Case
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.09
Primary Instructor: Dana Case
Type: In situ (phage discovery/microbiology)
Hosts used: No host information yet.
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.10
Primary Instructor: Matt Marcec
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.11
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis, Arthrobacter globiformis, Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.13
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis, Arthrobacter globiformis, Microbacterium foliorum
Number of students: 13
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.14
Primary Instructor: Joey Haydock
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.01
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.02
Primary Instructor: Joey Haydock
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.03
Primary Instructor: Rebekah Hare
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.04
Primary Instructor: Kirk Anders
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.05
Primary Instructor: Marianne Poxleitner
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
Spring 2023 ▼
Start: Jan 17, 2023, End: May 12, 2023
PHAGES Sections in this Term
BIOL.105L.01
Primary Instructor: Andrei Kochegarov
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.02
Primary Instructor: Marianne Poxleitner
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.03
Primary Instructor: Eric Marr
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.04
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.05
Primary Instructor: Laura Diaz-Martinez
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.06
Primary Instructor: Andrei Kochegarov
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.07
Primary Instructor: Jay Stafstrom
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.08
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.09
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.11
Primary Instructor: Eric Marr
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.12
Primary Instructor: Jay Stafstrom
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.13
Primary Instructor: Jay Stafstrom
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.14
Primary Instructor: Joey Haydock
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.16
Primary Instructor: Kevin Measor
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.01
Primary Instructor: Joey Haydock
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.02
Primary Instructor: Joey Haydock
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.04
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.05
Primary Instructor: Kirk Anders
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
Fall 2022 ▼
Start: Aug 29, 2022, End: Dec 16, 2022
PHAGES Sections in this Term
BIOL.105L.01
Primary Instructor: Kirk Anders
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.02
Primary Instructor: Marianne Poxleitner
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.03
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.04
Primary Instructor: Hussein El Ebiary
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.05
Primary Instructor: Marianne Poxleitner
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.06
Primary Instructor: Jay Stafstrom
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.07
Primary Instructor: Andrei Kochegarov
Additional Instructor: Andrei Kochegarov
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.08
Primary Instructor: Eric Marr
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.09
Primary Instructor: Joey Haydock
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.10
Primary Instructor: Andrei Kochegarov
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.11
Primary Instructor: Jay Stafstrom
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.13
Primary Instructor: Eric Marr
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 10
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.14
Primary Instructor: Brian Connolly
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 11
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.01
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.02
Primary Instructor: Joey Haydock
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 12
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.04
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.05
Primary Instructor: Kirk Anders
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 11
Meetings per week: 1
Hours per week: 3.0
Spring 2022 ▼
Start: Jan 11, 2022, End: May 06, 2022
PHAGES Sections in this Term
BIOL.105L.01
Primary Instructor: Carla Bonilla
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 17
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.02
Primary Instructor: Kirk Anders
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 17
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.03
Primary Instructor: Carla Bonilla
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.04
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.05
Primary Instructor: Joey Haydock
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.06
Primary Instructor: Jay Stafstrom
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
Instructor is TBA - will add name asap.
BIOL.105L.07
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 17
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.08
Primary Instructor: Brian Connolly
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.09
Primary Instructor: Brian Connolly
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 17
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.10
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.11
Primary Instructor: Carla Bonilla
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 12
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.14
Primary Instructor: Kevin Measor
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.01
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.02
Primary Instructor: Joey Haydock
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 10
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.03
Primary Instructor: William Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.04
Primary Instructor: Joey Haydock
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 11
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.05
Primary Instructor: Kirk Anders
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 13
Meetings per week: 1
Hours per week: 3.0
Fall 2021 ▼
Start: Aug 31, 2021, End: Dec 17, 2021
PHAGES Sections in this Term
BIOL.105L.01
Primary Instructor: Kirk Anders
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.02
Primary Instructor: Corey Knadler
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.03
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 13
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.04
Primary Instructor: Brian Connolly
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.05
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.06
Primary Instructor: Jay Stafstrom
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.07
Primary Instructor: Rebekah Hare
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.08
Primary Instructor: Laura Diaz-Martinez
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.09
Primary Instructor: Joey Haydock
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.10
Primary Instructor: Brian Connolly
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.11
Primary Instructor: Jay Stafstrom
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.01
Primary Instructor: Joey Haydock
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.02
Primary Instructor: William Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.03
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.04
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.05
Primary Instructor: William Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
Spring 2021 ▼
Start: Jan 19, 2021, End: May 07, 2021
Phage discovery is all remote, with instructors demoing the labwork on zoom, and providing data to the students. Bioinformatics is hybrid in-person/remote.
PHAGES Sections in this Term
BIOL.105L.01
Primary Instructor: Corey Knadler
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 17
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.02
Primary Instructor: Marianne Poxleitner
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.03
Primary Instructor: Laura Diaz-Martinez
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 17
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.04
Primary Instructor: Emily Larson
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 17
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.05
Primary Instructor: Laura Diaz-Martinez
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.06
Primary Instructor: Christy Andrade
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 21
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.07
Primary Instructor: Emily Larson
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.08
Primary Instructor: Steve Hamner
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.09
Primary Instructor: Steve Hamner
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 10
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.10
Primary Instructor: Emily Larson
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.11
Primary Instructor: Christy Andrade
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 17
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.14
Primary Instructor: Kevin Measor
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 10
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.01
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.02
Primary Instructor: William Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 13
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.03
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.04
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.05
Primary Instructor: Joey Haydock
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 10
Meetings per week: 1
Hours per week: 3.0
Fall 2020 ▼
Start: Sep 01, 2020, End: Dec 18, 2020
Phage discovery is all remote, with instructors demoing the labwork on zoom, and providing data to the students. Bioinformatics is hybrid in-person/remote.
PHAGES Sections in this Term
BIOL.105L.01
Primary Instructor: Emily Larson
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.02
Primary Instructor: Marianne Poxleitner
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.03
Primary Instructor: Corey Knadler
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 2.9
BIOL.105L.04
Primary Instructor: Laura Diaz-Martinez
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.05
Primary Instructor: Emily Larson
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.06
Primary Instructor: Laura Diaz-Martinez
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.07
Primary Instructor: Emily Larson
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.08
Primary Instructor: Corey Knadler
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.09
Primary Instructor: Joey Haydock
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.10
Primary Instructor: Steve Hamner
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.01
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 17
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.02
Primary Instructor: William Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.03
Primary Instructor: Joey Haydock
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.04
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.05
Primary Instructor: William Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
Spring 2020 ▼
Start: Jan 13, 2020, End: May 08, 2020
PHAGES Sections in this Term
BIOL 105L.01 T-am HU107
Primary Instructor: Christy Andrade
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 18
Meetings per week: 1
Hours per week: 3.0
BIOL 105L.02 T-am HU114
Primary Instructor: Marianne Poxleitner
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL 105L.03 T-pm HU107
Primary Instructor: Laura Diaz-Martinez
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 18
Meetings per week: 1
Hours per week: 3.0
BIOL 105L.04 T-pm HU114
Primary Instructor: Corey Knadler
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL 105L.05 W-pm HU107
Primary Instructor: Christy Andrade
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 18
Meetings per week: 1
Hours per week: 3.0
BIOL 105L.06 W-pm HU114
Primary Instructor: Emily Larson
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL 105L.07 Th-am HU107
Primary Instructor: Emily Larson
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 18
Meetings per week: 1
Hours per week: 3.0
BIOL 105L.08 Th-am HU114
Primary Instructor: Marianne Poxleitner
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL 105L.09 Th-pm HU107
Primary Instructor: Kevin Measor
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 18
Meetings per week: 1
Hours per week: 3.0
BIOL 105L.10 Th-pm HU114
Primary Instructor: Corey Knadler
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL 105L.11 W-am HU107
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 18
Meetings per week: 1
Hours per week: 3.0
BIOL 105L.12 W-am HU114
Primary Instructor: Jay Stafstrom
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
BIOL 207.01 T-am A-S Ettinger
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 9
Meetings per week: 1
Hours per week: 3.0
BIOL 207.02 T-mid W Ettinger
Primary Instructor: William Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 12
Meetings per week: 1
Hours per week: 3.0
BIOL 207.03 T-pm Anders
Primary Instructor: Kirk Anders
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
BIOL 207.04 Th-am A-S Ettinger
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
BIOL 207.05 Th-pm Anders
Primary Instructor: Kirk Anders
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
Fall 2019 ▼
Start: Aug 27, 2019, End: Dec 13, 2019
PHAGES Sections in this Term
BIOL.105L.01
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.02
Primary Instructor: Marianne Poxleitner
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.03
Primary Instructor: Joey Haydock
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Freshmen: 13
Sophomores: 2
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.04
Primary Instructor: Corey Knadler
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.05
Primary Instructor: Prasanna Vadhana
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Freshmen: 13
Sophomores: 2
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.06
Primary Instructor: Laura Diaz-Martinez
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.07
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.08
Primary Instructor: Corey Knadler
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.09
Primary Instructor: David Boose
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 14
Freshmen: 12
Sophomores: 2
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.10
Primary Instructor: Laura Diaz-Martinez
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.11
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 3
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.12
Primary Instructor: Kari Gaither
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Freshmen: 13
Sophomores: 2
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.01
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Sophomores: 11
Juniors: 5
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.02
Primary Instructor: William Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 13
Sophomores: 10
Juniors: 3
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.03
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 14
Sophomores: 10
Juniors: 4
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.04
Primary Instructor: Joey Haydock
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 13
Sophomores: 10
Juniors: 3
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.05
Primary Instructor: Kirk Anders
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 14
Sophomores: 10
Juniors: 4
Meetings per week: 1
Hours per week: 3.0
Spring 2019 ▼
Start: Jan 15, 2019, End: May 10, 2019
PHAGES Sections in this Term
BIOL.105L.01
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.02
Primary Instructor: Marianne Poxleitner
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.03
Primary Instructor: Kevin Measor
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.04
Primary Instructor: Christy Andrade
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 13
Freshmen: 12
Sophomores: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.05
Primary Instructor: Yadira Perez Paramo
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.06
Primary Instructor: Sean McKenzie
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.07
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.08
Primary Instructor: Kevin Measor
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.09
Primary Instructor: Sean McKenzie
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 14
Freshmen: 12
Sophomores: 2
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.10
Primary Instructor: Marianne Poxleitner
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.11
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 3
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.13
Primary Instructor: Peter Pauw
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Freshmen: 13
Sophomores: 2
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.01
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium testaceum
Number of students: 14
Sophomores: 10
Juniors: 4
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.02
Primary Instructor: William Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium testaceum
Number of students: 13
Sophomores: 10
Juniors: 3
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.03
Primary Instructor: Sean McKenzie
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium testaceum
Number of students: 14
Sophomores: 10
Juniors: 4
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.04
Primary Instructor: Marta Fay
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium testaceum
Number of students: 14
Sophomores: 10
Juniors: 4
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.05
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Microbacterium foliorum
Number of students: 16
Sophomores: 12
Juniors: 4
Meetings per week: 1
Hours per week: 3.0
Fall 2018 ▼
Start: Aug 27, 2018, End: Dec 14, 2018
PHAGES Sections in this Term
BIOL.105L.01
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.02
Primary Instructor: Marianne Poxleitner
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.03
Primary Instructor: Sean McKenzie
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.04
Primary Instructor: Steven Schwartz
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.05
Primary Instructor: Peter Pauw
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.06
Primary Instructor: Steven Schwartz
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.07
Primary Instructor: David Boose
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.08
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.09
Primary Instructor: David Boose
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.10
Primary Instructor: Yadira Perez Paramo
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.11
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Freshmen: 13
Sophomores: 2
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.12
Primary Instructor: Sean McKenzie
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Freshmen: 13
Sophomores: 2
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.01
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 17
Sophomores: 3
Juniors: 13
Seniors: 1
Meetings per week: 1
Hours per week: 3.0
6 weeks bioinformatics; 8 weeks cloning/sequencing phage DNA fragments. Genome annotation is an M. smeg phage; subcloning/sequencing is from M.smeg and M.foliorum phages
BIOL.207L.02
Primary Instructor: William Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 17
Sophomores: 3
Juniors: 14
Meetings per week: 1
Hours per week: 3.0
6 weeks bioinformatics; 8 weeks cloning/sequencing phage DNA fragments. Genome annotation is an M. smeg phage; subcloning/sequencing is from M.smeg and M.foliorum phages
BIOL.207L.03
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 17
Sophomores: 3
Juniors: 14
Meetings per week: 1
Hours per week: 3.0
6 weeks bioinformatics; 8 weeks cloning/sequencing phage DNA fragments. Genome annotation is an M. smeg phage; subcloning/sequencing is from M.smeg and M.foliorum phages
BIOL.207L.04
Primary Instructor: Joey Haydock
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 17
Sophomores: 3
Juniors: 14
Meetings per week: 1
Hours per week: 3.0
6 weeks bioinformatics; 8 weeks cloning/sequencing phage DNA fragments. Genome annotation is an M. smeg phage; subcloning/sequencing is from M.smeg and M.foliorum phages
Spring 2018 ▼
Start: Jan 17, 2018, End: May 11, 2018
PHAGES Sections in this Term
BIOL.105L.01
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.02
Primary Instructor: Marianne Poxleitner
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.03
Primary Instructor: Steven Schwartz
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.04
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.05
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.06
Primary Instructor: Steven Schwartz
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.07
Primary Instructor: Tony Abeyta
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.08
Primary Instructor: Kevin Measor
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.09
Primary Instructor: Joey Haydock
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.10
Primary Instructor: Kevin Measor
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.11
Primary Instructor: Joey Haydock
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.12
Primary Instructor: Tony Abeyta
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.13
Primary Instructor: Kirk Anders
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.01
Primary Instructor: Kirk Anders
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 17
Sophomores: 11
Juniors: 5
Seniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.02
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Sophomores: 11
Juniors: 5
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.03
Primary Instructor: William Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Sophomores: 11
Juniors: 5
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.04
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 17
Sophomores: 11
Juniors: 6
Meetings per week: 1
Hours per week: 3.0
Fall Semester 2017 ▼
Start: Aug 29, 2017, End: Dec 15, 2017
PHAGES Sections in this Term
BIOL.105L.01
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.02
Primary Instructor: Marianne Poxleitner
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 14
Freshmen: 13
Sophomores: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.03
Primary Instructor: David Boose
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.04
Primary Instructor: Steven Schwartz
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.05
Primary Instructor: Steven Schwartz
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.06
Primary Instructor: Kirk Anders
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Freshmen: 13
Sophomores: 1
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.07
Primary Instructor: Tony Abeyta
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 15
Freshmen: 13
Sophomores: 1
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.08
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.09
Primary Instructor: Tony Abeyta
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.10
Primary Instructor: Joey Haydock
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.11
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.12
Primary Instructor: Steven Schwartz
Type: In situ (phage discovery/microbiology)
Hosts used: Microbacterium foliorum
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.01
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 13
Sophomores: 3
Juniors: 10
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.02
Primary Instructor: William Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Sophomores: 5
Juniors: 10
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.03
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Sophomores: 7
Juniors: 8
Meetings per week: 1
Hours per week: 3.0
Spring Semester 2017 ▼
Start: Jan 18, 2017, End: May 17, 2017
PHAGES Sections in this Term
BIOL.105L.01
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.02
Primary Instructor: Marianne Poxleitner
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.03
Primary Instructor: David Boose
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.04
Primary Instructor: Tony Abeyta
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.05
Primary Instructor: Christy Andrade
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Freshmen: 12
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.06
Primary Instructor: Marianne Poxleitner
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Freshmen: 12
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.07
Primary Instructor: Christy Andrade
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.08
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.09
Primary Instructor: David Boose
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Freshmen: 12
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.11
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.12
Primary Instructor: Tony Abeyta
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 9
Freshmen: 7
Sophomores: 2
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.01
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Sophomores: 11
Juniors: 5
Meetings per week: 1
Hours per week: 3.0
6 weeks bioinformatics; 8 weeks cloning/sequencing phage DNA fragments
BIOL.207L.02
Primary Instructor: Kirk Anders
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Sophomores: 11
Juniors: 4
Meetings per week: 1
Hours per week: 3.0
6 weeks bioinformatics; 8 weeks cloning/sequencing phage DNA fragments
BIOL.207L.03
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Sophomores: 11
Juniors: 5
Meetings per week: 1
Hours per week: 3.0
6 weeks bioinformatics; 8 weeks cloning/sequencing phage DNA fragments
BIOL.207L.04
Primary Instructor: Joey Haydock
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Sophomores: 11
Juniors: 4
Meetings per week: 1
Hours per week: 3.0
6 weeks bioinformatics; 8 weeks cloning/sequencing phage DNA fragments
BIOL.405L.01
Primary Instructor: Marianne Poxleitner
Type: Other
Hosts used: Mycobacterium smegmatis
Number of students: 2
Juniors: 2
Meetings per week: 1
Hours per week: 3.0
Advanced Phage Research lab
Fall Semester 2016 ▼
Start: Aug 30, 2016, End: Dec 16, 2016
PHAGES Sections in this Term
BIOL.105L.01
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.02
Primary Instructor: Marianne Poxleitner
Type: In situ (phage discovery/microbiology)
Hosts used: Gordonia terrae
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.03
Primary Instructor: Kirk Anders
Type: In situ (phage discovery/microbiology)
Hosts used: Gordonia terrae
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.04
Primary Instructor: David Boose
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.05
Primary Instructor: Steve Hayes
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.06
Primary Instructor: Steven Schwartz
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.07
Primary Instructor: Steve Hayes
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.08
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.09
Primary Instructor: Christy Andrade
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.10
Primary Instructor: Tony Abeyta
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.11
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.12
Primary Instructor: Steven Schwartz
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.01
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Sophomores: 5
Juniors: 11
Meetings per week: 1
Hours per week: 3.0
6 weeks bioinformatics; 8 weeks cloning/sequencing phage DNA fragments
BIOL.207L.02
Primary Instructor: Joey Haydock
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Sophomores: 5
Juniors: 11
Meetings per week: 1
Hours per week: 3.0
6 weeks bioinformatics; 8 weeks cloning/sequencing phage DNA fragments
BIOL.207L.03
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Sophomores: 5
Juniors: 11
Meetings per week: 1
Hours per week: 3.0
6 weeks bioinformatics; 8 weeks cloning/sequencing phage DNA fragments
BIOL.207L.04
Primary Instructor: Kirk Anders
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Sophomores: 5
Juniors: 11
Meetings per week: 1
Hours per week: 3.0
6 weeks bioinformatics; 8 weeks cloning/sequencing phage DNA fragments
BIOL.405L.01
Primary Instructor: Marianne Poxleitner
Type: Other
Hosts used: Mycobacterium smegmatis
Number of students: 2
Seniors: 2
Meetings per week: 1
Hours per week: 3.0
Advanced phage research
Spring Semester 2016 ▼
Start: Jan 12, 2016, End: May 06, 2016
PHAGES Sections in this Term
BIOL.105L.01
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.02
Primary Instructor: William Ettinger
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.03
Primary Instructor: Helen Smith
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.04
Primary Instructor: Carla Bonilla
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.05
Primary Instructor: Steve Hayes
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.07
Primary Instructor: Steve Hayes
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.08
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.09
Primary Instructor: Helen Smith
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.11
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.12
Primary Instructor: Carla Bonilla
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 13
Sophomores: 2
Juniors: 1
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.01
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 12
Sophomores: 12
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.02
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Sophomores: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.03
Primary Instructor: William Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 12
Sophomores: 12
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.04
Primary Instructor: Kirk Anders
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Sophomores: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.405L.01
Primary Instructor: Kirk Anders
Type: Other
Hosts used: Mycobacterium smegmatis
Number of students: 7
Sophomores: 2
Juniors: 2
Seniors: 3
Meetings per week: 1
Hours per week: 3.0
Advanced Phage Research Lab. Students worked on projects involving cloning and analyzing putative promoters from O cluster phage genomes.
Fall Semester 2015 ▼
Start: Sep 01, 2015, End: Dec 18, 2015
PHAGES Sections in this Term
BIOL.105L.01
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.02
Primary Instructor: Joey Haydock
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.03
Primary Instructor: Kevin Measor
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.04
Primary Instructor: Steven Schwartz
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.05
Primary Instructor: Steven Schwartz
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.06
Primary Instructor: Kevin Measor
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.07
Primary Instructor: Steve Hayes
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.08
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.09
Primary Instructor: Steven Schwartz
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.10
Primary Instructor: Helen Smith
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.11
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Freshmen: 15
Meetings per week: 1
Hours per week: 3.0
BIOL.105L.12
Primary Instructor: Helen Smith
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.01
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Sophomores: 3
Juniors: 13
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.02
Primary Instructor: Kirk Anders
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Sophomores: 3
Juniors: 12
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.03
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 13
Sophomores: 2
Juniors: 11
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.04
Primary Instructor: William Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 12
Sophomores: 2
Juniors: 10
Meetings per week: 1
Hours per week: 3.0
BIOL.405L.01
Primary Instructor: Kirk Anders
Type: Other
Hosts used: Mycobacterium smegmatis
Number of students: 5
Juniors: 2
Seniors: 3
Meetings per week: 1
Hours per week: 3.0
Summer 2015 ▼
Start: May 18, 2015, End: Jun 26, 2015
PHAGES Sections in this Term
BIOL.105L.F01
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 8
Sophomores: 4
Juniors: 2
Seniors: 2
Meetings per week: 2
Hours per week: 3.0
Spring Semester 2015 ▼
Start: Jan 12, 2015, End: May 08, 2015
PHAGES Sections in this Term
105.01
Primary Instructor: Amanda Braley
Additional Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Freshmen: 15
Meetings per week: 1
Hours per week: 3.0
105.02
Primary Instructor: Helen Smith
Type: In situ (phage discovery/microbiology)
Hosts used: No host information yet.
Number of students: 15
Freshmen: 15
Meetings per week: 1
Hours per week: 3.0
105.03
Primary Instructor: Helen Smith
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
105.04
Primary Instructor: Kevin Measor
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
105.05
Primary Instructor: William Ettinger
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
105.07
Primary Instructor: William Ettinger
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Meetings per week: 1
Hours per week: 3.0
105.08
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Freshmen: 15
Meetings per week: 1
Hours per week: 3.0
105.09
Primary Instructor: Peter Pauw
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 14
Meetings per week: 1
Hours per week: 3.0
105.11
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 11
Meetings per week: 1
Hours per week: 3.0
105.12
Primary Instructor: William Ettinger
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 7
Meetings per week: 1
Hours per week: 3.0
207.01
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
207.02
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: No host information yet.
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
207.03
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Meetings per week: 1
Hours per week: 3.0
207.04
Primary Instructor: Kirk Anders
Type: In silico (phage genomics/bioinformatics)
Hosts used: No host information yet.
Number of students: 17
Meetings per week: 1
Hours per week: 3.0
405.01
Primary Instructor: Marianne Poxleitner
Type: Other
Hosts used: Mycobacterium smegmatis
Number of students: 6
Sophomores: 1
Juniors: 2
Seniors: 3
Meetings per week: 1
Fall Semester 2014 ▼
Start: Sep 02, 2014, End: Dec 19, 2014
PHAGES Sections in this Term
BIOL.105.01
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105.02
Primary Instructor: Marianne Poxleitner
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105.03
Primary Instructor: Joey Haydock
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
mostly freshmen, but not all
BIOL.105.04
Primary Instructor: Steve Hayes
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105.05
Primary Instructor: Carla Bonilla
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105.06
Primary Instructor: Helen Smith
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105.07
Primary Instructor: Steve Hayes
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105.08
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105.09
Primary Instructor: Brian Dunn
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105.10
Primary Instructor: Joey Haydock
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105.11
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.105.12
Primary Instructor: Helen Smith
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 14
Freshmen: 16
Meetings per week: 1
Hours per week: 3.0
BIOL.207.01
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Sophomores: 7
Juniors: 8
Meetings per week: 1
Hours per week: 3.0
6 weeks bioinformatics 8 weeks cloning/sequencing phage DNA fragments
BIOL.207.02
Primary Instructor: Marianne Poxleitner
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 14
Sophomores: 5
Juniors: 9
Meetings per week: 1
Hours per week: 3.0
BIOL.207L.03
Primary Instructor: Kirk Anders
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 15
Sophomores: 4
Juniors: 7
Seniors: 4
Meetings per week: 1
Hours per week: 3.0
6 weeks bioinformatics 8 weeks cloning/sequencing phage DNA fragments
BIOL.207L.04
Primary Instructor: Ann-Scott Ettinger
Additional Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 16
Sophomores: 6
Juniors: 9
Meetings per week: 1
Hours per week: 3.0
6 weeks bioinformatics 8 weeks cloning/sequencing phage DNA fragments
BIOL.207L.06
Primary Instructor: Ann-Scott Ettinger
Type: In silico (phage genomics/bioinformatics)
Hosts used: Mycobacterium smegmatis
Number of students: 4
Sophomores: 1
Juniors: 3
Meetings per week: 1
Hours per week: 3.0
6 weeks bioinformatics 8 weeks cloning/sequencing phage DNA fragments
BIOL.405L.01
Primary Instructor: Kirk Anders
Type: Other
Hosts used: Mycobacterium smegmatis
Number of students: 7
Juniors: 1
Seniors: 6
Meetings per week: 1
Hours per week: 3.0
Advanced Phage Research lab. Projects this semester center on the different cluster profiles found at different temperatures.
Summer 2014 ▼
Start: May 19, 2014, End: Jun 27, 2014
PHAGES Sections in this Term
BIOL.105L.F01
Primary Instructor: Amanda Braley
Type: In situ (phage discovery/microbiology)
Hosts used: Mycobacterium smegmatis
Number of students: 8
Freshmen: 3
Sophomores: 3
Juniors: 2
Meetings per week: 2
Hours per week: 3.0
Institution Addresses
Current Mailing Address
Dr. Rebekah Hare
Gonzaga University
502 E Boone Ave
Biology
Spokane, WA 99258
USA
XXX-XXX-XXXX
Current Shipping Address
Dr. Rebekah Hare
Gonzaga University
502 E Boone Ave
Biology
Spokane, WA 99258
USA
XXX-XXX-XXXX