BIO226 Bioinformatics

Primary Instructor: Matthew Mastropaolo

Additional Instructor: Lauren Salvitti

Type: In silico (phage genomics/bioinformatics)

Hosts used: No host information yet.

Number of students: 10

Sophomores: 1

Juniors: 4

Seniors: 5

Meetings per week: 1

Hours per week: 1.5

This class is a hybrid class. The other 1.5 hours of class are online/alternative meetings.

BIO226A and B Phage Discovery

Primary Instructor: Matthew Mastropaolo

Additional Instructor: Patricia Fallest-Strobl

Type: In situ (phage discovery/microbiology)

Hosts used: Microbacterium foliorum

Number of students: 5

Sophomores: 3

Seniors: 2

Meetings per week: 2

Hours per week: 6.0

This course is a hybrid 3 hour lecture (2 hours in class 1 hour out of class) and a 3 hour lab. Students will also be required to come on non-class days to view plates.

BIO226A Bioinformatics

Primary Instructor: Matthew Mastropaolo

Type: In silico (phage genomics/bioinformatics)

Hosts used: No host information yet.

Number of students: 16

Freshmen: 1

Sophomores: 2

Juniors: 1

Seniors: 12

Meetings per week: 1

Hours per week: 3.0

The class is being run as a hybrid with 1 hour of face to face class and 2 hours of online work a week.

BIO226A/B Phage Discovery

Primary Instructor: Matthew Mastropaolo

Additional Instructor: Patricia Fallest-Strobl

Type: In situ (phage discovery/microbiology)

Hosts used: Microbacterium foliorum

Number of students: 5

Sophomores: 2

Juniors: 1

Seniors: 2

Meetings per week: 2

Hours per week: 6.0

BIO280/285 Phage Discovery

Primary Instructor: Matthew Mastropaolo

Type: In situ (phage discovery/microbiology)

Hosts used: Arthrobacter globiformis, Gordonia rubripertincta, Microbacterium foliorum

Number of students: 9

Sophomores: 1

Juniors: 3

Seniors: 5

Meetings per week: 2

Hours per week: 6.0

BIO280/285 Phage Discovery

Primary Instructor: Matthew Mastropaolo

Additional Instructor: Patricia Fallest-Strobl

Type: In situ (phage discovery/microbiology)

Hosts used: Arthrobacter globiformis, Gordonia rubripertincta, Microbacterium foliorum

Number of students: 12

Freshmen: 2

Sophomores: 6

Juniors: 1

Seniors: 3

Meetings per week: 2

Hours per week: 6.0

BIO280/285 Phage Discovery

Primary Instructor: Matthew Mastropaolo

Additional Instructor: Patricia Fallest-Strobl

Type: In situ (phage discovery/microbiology)

Hosts used: Arthrobacter globiformis, Microbacterium foliorum

Number of students: 7

Sophomores: 5

Juniors: 1

Seniors: 1

Meetings per week: 2

Hours per week: 3.0

BIO280/285 Phage Discovery

Primary Instructor: Matthew Mastropaolo

Type: In situ (phage discovery/microbiology)

Hosts used: Microbacterium foliorum

Number of students: 8

Freshmen: 1

Sophomores: 4

Juniors: 1

Seniors: 2

Meetings per week: 2

Hours per week: 3.0

BIO290 Bioinfomatics

Primary Instructor: Matthew Mastropaolo

Type: In silico (phage genomics/bioinformatics)

Hosts used: Streptomyces griseus

Number of students: 9

Sophomores: 3

Juniors: 3

Seniors: 3

Meetings per week: 2

Hours per week: 2.0

This class is hybrid based and runs 2 days in person and 1 day asynchronous every week.

BIO290 Bioinfomatics

Primary Instructor: Matthew Mastropaolo

Type: In silico (phage genomics/bioinformatics)

Hosts used: Streptomyces griseus

Number of students: 17

Freshmen: 1

Sophomores: 3

Juniors: 8

Seniors: 5

Meetings per week: 2

Hours per week: 2.0

The course is 2 hours in person and 1 hour asynchronous a week.

BIO290 Bioinfomatics

Primary Instructor: Matthew Mastropaolo

Additional Instructor: Patricia Fallest-Strobl

Type: In silico (phage genomics/bioinformatics)

Hosts used: Arthrobacter globiformis, Microbacterium foliorum

Number of students: 10

Meetings per week: 2

Hours per week: 3.0

This section is run as a hybrid with one hour a week as asynchronous.

BIO290 Bioinformatics

Primary Instructor: Matthew Mastropaolo

Type: In silico (phage genomics/bioinformatics)

Hosts used: No host information yet.

Number of students: 14

Sophomores: 8

Juniors: 4

Seniors: 2

Meetings per week: 2

Hours per week: 3.0

The section will run 2 days face to face for an hour and 1 day asynchronous or synchronous for 1 hour a week.

BIO290 Bioinformatics

Primary Instructor: Matthew Mastropaolo

Additional Instructor: Patricia Fallest-Strobl

Type: In silico (phage genomics/bioinformatics)

Hosts used: Microbacterium foliorum

Number of students: 13

Freshmen: 1

Sophomores: 2

Juniors: 6

Seniors: 4

Meetings per week: 1

Hours per week: 1.0

This class is run as a hybrid. The class will physically meet once a week. In addition there will be online content that students will do each week and there will be additional times that students must come for clinic or meetings for annotation help.

BIO290 Z Bioinformatics

Primary Instructor: Matthew Mastropaolo

Type: In silico (phage genomics/bioinformatics)

Hosts used: Microbacterium foliorum

Number of students: 8

Sophomores: 1

Juniors: 3

Seniors: 4

Meetings per week: 3

Hours per week: 3.0

BIO326 Special Topics

Primary Instructor: Matthew Mastropaolo

Type: In situ (phage discovery/microbiology)

Hosts used: Arthrobacter globiformis, Microbacterium foliorum

Number of students: 1

Seniors: 1

Meetings per week: 2

Hours per week: 6.0

BIO480IS: Phage Research

Primary Instructor: Matthew Mastropaolo

Type: In situ (phage discovery/microbiology)

Hosts used: Microbacterium foliorum

Number of students: 2

Seniors: 2

Meetings per week: 1

Hours per week: 4.0