SEA-PHAGES Sections
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
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 207.05 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
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.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.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: 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.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: 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.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.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: 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.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: 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: 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.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.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.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
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
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
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
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
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.
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
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.