MCB 150

MCB 150 - Molec & Cellular Basis of Life

Fall 2025

TitleRubricSectionCRNTypeHoursTimesDaysLocationInstructor
Molec & Cellular Basis of LifeMCB150AD145224DIS40900 - 0950 R  105 Burrill Hall Nicholas Handy
Zihuan Lin
Molec & Cellular Basis of LifeMCB150AD245226DIS40900 - 0950 R  107 Burrill Hall Nicholas Handy
Molec & Cellular Basis of LifeMCB150AD333820DIS41000 - 1050 R  105 Burrill Hall Nicholas Handy
Ran Yang
Molec & Cellular Basis of LifeMCB150AD459886DIS41000 - 1050 R  107 Burrill Hall Nicholas Handy
Xiangning Song
Molec & Cellular Basis of LifeMCB150AD559887DIS41100 - 1150 R  107 Burrill Hall Nicholas Handy
Xiangning Song
Molec & Cellular Basis of LifeMCB150AD659888DIS41200 - 1250 R  107 Burrill Hall Nicholas Handy
Suhail Chhakara
Molec & Cellular Basis of LifeMCB150AD759889DIS41300 - 1350 R  107 Burrill Hall Nicholas Handy
Suhail Chhakara
Molec & Cellular Basis of LifeMCB150AD833854DIS41500 - 1550 R  105 Burrill Hall Nicholas Handy
Suhail Chhakara
Molec & Cellular Basis of LifeMCB150AD933896DIS41600 - 1650 R  105 Burrill Hall Nicholas Handy
Molec & Cellular Basis of LifeMCB150ADA33660DIS40900 - 0950 M  105 Burrill Hall Nicholas Handy
Simon Lizarazo Chaparro
Molec & Cellular Basis of LifeMCB150ADB59885DIS41000 - 1050 M  105 Burrill Hall Nicholas Handy
Katrine Elise Dailey
Molec & Cellular Basis of LifeMCB150ADC40558DIS41100 - 1150 M  105 Burrill Hall Nicholas Handy
Katrine Elise Dailey
Molec & Cellular Basis of LifeMCB150ADD45179DIS41200 - 1250 M  105 Burrill Hall Nicholas Handy
Kerem Catalbas
Molec & Cellular Basis of LifeMCB150ADE45215DIS41300 - 1350 M  105 Burrill Hall Nicholas Handy
Kerem Catalbas
Molec & Cellular Basis of LifeMCB150ADF45218DIS41500 - 1550 M  105 Burrill Hall Nicholas Handy
Keegan Allen Schoeller
Molec & Cellular Basis of LifeMCB150ADG45221DIS41600 - 1650 M  105 Burrill Hall Nicholas Handy
Keegan Allen Schoeller
Molec & Cellular Basis of LifeMCB150ADH33812DIS41700 - 1750 M  105 Burrill Hall Nicholas Handy
Molec & Cellular Basis of LifeMCB150ADI33676DIS40900 - 0950 T  105 Burrill Hall Nicholas Handy
Ran Yang
Molec & Cellular Basis of LifeMCB150ADJ33849DIS41000 - 1050 T  105 Burrill Hall Nicholas Handy
Dhanya Pradeep
Molec & Cellular Basis of LifeMCB150ADK33817DIS41100 - 1150 T  105 Burrill Hall Nicholas Handy
Rebecca Tang
Molec & Cellular Basis of LifeMCB150ADL33823DIS41200 - 1250 T  105 Burrill Hall Nicholas Handy
Rebecca Tang
Molec & Cellular Basis of LifeMCB150ADM33825DIS41300 - 1350 T  105 Burrill Hall Nicholas Handy
Rebecca Tang
Molec & Cellular Basis of LifeMCB150ADN33864DIS41500 - 1650 T  6 Burrill Hall Nicholas Handy
Brad Mehrtens
Evan Gage Hebner
Molec & Cellular Basis of LifeMCB150ADO33860DIS41400 - 1450 T  105 Burrill Hall Nicholas Handy
Katherine Ritchie
Molec & Cellular Basis of LifeMCB150ADP33902DIS41500 - 1550 T  105 Burrill Hall Nicholas Handy
Katherine Ritchie
Molec & Cellular Basis of LifeMCB150ADQ33840DIS41600 - 1650 T  105 Burrill Hall Nicholas Handy
Cecilia Sun
Molec & Cellular Basis of LifeMCB150ADR33905DIS41700 - 1750 T  105 Burrill Hall Nicholas Handy
Molec & Cellular Basis of LifeMCB150ADS33910DIS40900 - 0950 W  105 Burrill Hall Nicholas Handy
Molec & Cellular Basis of LifeMCB150ADT34009DIS41000 - 1050 W  105 Burrill Hall Nicholas Handy
Erin O'Leary
Molec & Cellular Basis of LifeMCB150ADU52529DIS41100 - 1150 W  105 Burrill Hall Nicholas Handy
Erin O'Leary
Molec & Cellular Basis of LifeMCB150ADV34028DIS41200 - 1250 W  105 Burrill Hall Nicholas Handy
Peter Zeng
Molec & Cellular Basis of LifeMCB150ADW34031DIS41300 - 1350 W  105 Burrill Hall Nicholas Handy
Peter Zeng
Molec & Cellular Basis of LifeMCB150ADX40543DIS41500 - 1550 W  105 Burrill Hall Nicholas Handy
Dhanya Pradeep
Molec & Cellular Basis of LifeMCB150ADY40552DIS41600 - 1650 W  105 Burrill Hall Nicholas Handy
Yinka Ojo
Molec & Cellular Basis of LifeMCB150ADZ52538DIS41700 - 1750 W  105 Burrill Hall Nicholas Handy
Molec & Cellular Basis of LifeMCB150AL133829LEC01400 - 1450 M W F  AUD Foellinger Auditorium Nicholas Handy
Brad Mehrtens

Official Description

[IAI Code: L1910L and BIO910 with MCB 151] Introductory course focusing on the basic structure, metabolic, and molecular processes (including membranes, energy metabolism, genes) common to all cells. Emphasis on unique properties that differentiate the major sub-groups of organisms (Archaea, Bacteria, plants, and animals), and will discuss how cells are integrated into tissues and organs in multicellular organisms. Class Schedule Information: Priority registration given to students in Biological Sciences Program and Biochemistry. For further information: www.life.illinois.edu/mcb/150. Students must register for one discussion and one lecture section.