Cell & Molecular Biology

 
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Lecture Notes
L01 - Introduction
L02 - Cell chemistry
L03 - Proteins
L04 - Membranes
L05 - Metabolism
L06 - Energy in cells
L07 - DNA
L08 - DNA replication
L09 - DNA, RNA, protein
L10 - Gene expression
L11 - Genetic engineering
L12 - Methods
L13 - Cell cycle
L14 - Cancer
Guided Studies
G01 - Introduction
G02 - Cell chemistry
G03 - Proteins
G04 - Membranes
G05 - Metabolism
G06 - Energy in cells
G07 - DNA
G08 - DNA replication
G09 - DNA, RNA, protein
G10 - Gene expression
G11 - Genetic engineering
G12 - Methods
G13 - Cell cycle
G14 - Cancer
Other Resourcesmailto:prade@okstate.edu?subject=MICR3033%20access%20request../pradeprivate/MICR3033P.htmlshapeimage_1_link_0







MICR 3033-001 17023 Cell & Molecular Biology 3hrs

TR 02:00-03:15PM Engineering North 108


Instructor R Prade, LSE409 Tel: 47522 E-mail: prade@okstate.edu Office hours by appointment – please call or send e-mail


Invited Lecturers Dr. Garry Marley (garry.marley@okstate.edu), Dr. Mariana Patrauchan (m.patrauchan@okstate.edu) and Professor Wouter Hoff (wouter.hoff@okstate.edu).


Recommended Text Book Alberts B, Bray D, Hopkin K, Johnson A, Lewis J, Raff M, Roberts K and Walter P (2013) ESSENTIAL CELL BIOLOGY Fourth edition Garland Science Taylor & Francis Group New York NY

Objectives and Format This course introduces students to the basic units of life - from molecules to cells.  The goal is to present to you a comprehensive set of information, entirely based on experimental evidence showing how cells function at the molecular level.  Because the common basic cellular mechanisms, underlining ALL living things, are fairly complex, and molecular biology has made impressive progress in the last decade, we partition the course into five hypothetical parts.  First, composition of matter and basic chemistry of living cells; second, energy and chemical transformations in cells; third, structure and function of cells; fourth, information flow in cells, and fifth, specific cell functions.

Point Earning Schedule 1000 points are possible and will be awarded according to the following:

                 

Exams The content of each exam is cumulative (means that it will cover all previously discussed topics).  Additional reading (besides the officially adopted book) is strongly, firmly and emphatically advocated.  Exams will be designed based on TOPIC (CONTENT) and NOT on a specific book or page numbers.  Exams are comprehensive, but The First and Second Exams focus mainly on recent topics the FINAL EXAM will cover ALL topics taught during the course.

Guided Studies Every lecture will be followed by a guided study section consisting of a comprehensive set of questions to be answered individually.  All questions for midterm and final examinations will be selected from the guided studies.

In Class Quizzes are meant to assist you to auto-evaluate progress during the course.  In class quizzes will be managed via the Top Hat App.

Rules and Policies OSU rules and policies will be strictly enforced, specially regarding academic dishonesty/misconduct, special accommodations for students, retention & grading policies, class attendance and add & drop dates.  Please refer to the Fall 2015 OKLAHOMA STATE UNIVERSITY SYLLABUS ATTACHMENT

Help and Special Services We work hard to provide you with the best and fairest service possible.  However, we may have missed something important to you.  If this is the case, please tell us, or seek assistance through one of the channels listed in the syllabus attachment.



OSU Syllabus Attachment:

























































 
Welcome

Instruction

Cell & Molecular Biology
ONLINE  Cell & Molec. Biol.
Medical Mycology
Eukaryotic Genetics
 
Research
Biomass Technology
Biomass Degradation
High Temp. Enzymes
Protein expression systems

Molecular Genetics
Gene Silencing
Stress Responses
Gene Regulation

Bioinformatics
DNA Bioinformatics
Structural Protein Modeling
Physical Mapping

Welcome.htmlInstruction.htmlMICR3033ONL.htmlMICR3143.htmlMICR4263.htmlResearch.htmlHolocellulose.htmlThermophiles.htmlProtein_Expression.htmlGene_silencing.htmlStress.htmlRegulation.htmlDNA_Bioinfo.htmlProt_Strucutre.htmlPhysical_Maps.htmlshapeimage_2_link_0shapeimage_2_link_1shapeimage_2_link_2shapeimage_2_link_3shapeimage_2_link_4shapeimage_2_link_5shapeimage_2_link_6shapeimage_2_link_7shapeimage_2_link_8shapeimage_2_link_9shapeimage_2_link_10shapeimage_2_link_11shapeimage_2_link_12shapeimage_2_link_13shapeimage_2_link_14shapeimage_2_link_15