1st Edition
BMB 251: Molecular and Cell Biology I
School: Penn State University (PSU )
-
Pages: 11includes the problem sets and answers, review from every lecture and every clicker question/answer throughout lectures
-
Pages: 3specific proteins and mechanisms needed for DNA recombination between homologs, and review from student-picked topics in-class for exam two
-
Pages: 3specific mechanisms which are used to reverse and fix the spontaneous damages made to DNA, creating the capability of maintaining a low mutation rate
-
Pages: 3talks about the specifics about how DNA replication is carried out, how replication forks are created/work, how problems are fixed
-
Pages: 2in depth discussion about the different proteins necessary for DNA synthesis to occur
-
Pages: 4Desciption about how chromosomes are compacted so tightly, chromatin and its structural components, low mutation rates that occur within the cell and an introduction into DNA replication and its enzymes
-
Pages: 2More on proteins/enzyme functions and the introduction into DNA/RNA within the cell
-
Pages: 4Proteins, thier functions and properties Enzymes, their specificity and different kinds often used in cellular reactions Allosteric regulators and how they affect protein and enzyme affectiveness
-
Pages: 3Talks about the different kinds of electron microscopes and staining techniques used with these microscopes
-
Pages: 2Describes resolution and different types of microscopies used to view cells
-
Pages: 8Answers to both question sets clicker questions throughout classes summary from every lecture
-
Pages: 3Clicker Question from beginning of class Reviews several topics of students' choice
-
Pages: 2Different aspects of distinguishing proteins and DNA fragments, methods in separating molecular structures
-
Pages: 2In depth descriptions of different processes of protein purification, both from in-class lecture and textbook reading
-
Pages: 3Beginning of the in-depth discriptions about proteins, their amino acid side chains and their configurations
-
Pages: 2talks about the metabolic pathways in the cell electron carriers that help chemical reactions take place and the steps of cellular respiration, one of the huge energy creators in an animal cell
-
Pages: 3This talks about the basic monomers that make up some of the most findamental aspects that every cell needs to survive Also talks about metabolic systerms, which will be covered more in detail in the following lecture
-
Pages: 2Describes the different types of bonds between atoms that compose the makeup of a cell
-
Pages: 3Introduces the main aspects of the cell, how genetic information is passed down through heredity and different mutations that can occur