BIOL 5310 Regenerative Biology

Satisfies the advanced experience requirement for the Biology major. Regeneration is an incredibly complex, diverse, and fascinating phenomenon. Some animals can regenerate their entire body from small groups of cells, while others -including us- show minimal regenerative ability. Although the study of regeneration has attracted much attention, many questions remain unanswered. What is the origin of the new, regenerated tissue? What are the mechanisms that drive this phenomenon? Is regeneration just development, replayed? Can we capitalize on some of this knowledge to design human regenerative therapies? In this course, we will delve into primary literature, including classic and contemporary papers, to explore some of these questions. We will focus on understanding the experimental approaches, analyzing the data critically, and discussing the author's interpretations in depth. Using regeneration as a conceptual framework, this course will allow students to hone their critical thinking skills, participate in discussions, and write concisely in a paper or scientific proposal format.

Course overview

Department
Biology
School
MCAS
Credits
2
Level
Undergraduate

Catalog details

Prerequisites
BIOL2000 and BIOL2010 and BIOL3050 or BIOL3060 and BIOL3320

Catalog text is imported from the reviewed Boston College course snapshot. Confirm eligibility in EagleApps.

Course evaluations

Response-weighted averages from Boston College’s official course evaluations (Avalanche/Blue).

Course rating
4.56 / 5 · Excellent
9 responses
Instructor rating
4.56 / 5 · Excellent
9 responses
Terms evaluated
1
Most recent: Spring 2026

Scales: overall ratings run from 1 (poor) to 5 (excellent); agreement questions from 1 (strongly disagree) to 5 (strongly agree); weekly effort from 1 (up to 1 hour) to 5 (10 or more hours).

Evaluations by term and instructor
TermInstructorCourse overallInstructor overallWell organizedClear learning objectivesIntellectually challengingHelpful assignmentsApplicable beyond courseAttendance necessaryWeekly effortResponses
Spring 2026Juan Manuel Gonzalez Rosa4.64.64.24.34.84.64.44.94–6 hrs/week9 of 10

Data freshness

Course and evaluation data last updated 2026-10-09. Source details and limitations are documented in Data Sources and Methodology.

Instructors

Sections

  • Section 01
    Spring 2027 · Juan Manuel Gonzalez Rosa · Higgins Hall 552 Th 09:30AM-11:20AM · Offered