Molecular and Cell Biology
Molecular and Cell Biology

Molecular and Cell Biology

by Georgina Cornwall, PhD

Discover the complexities of the science of life!

Biology subsumes all the phenomena that make up life on earth – from the microscopic to the macroscopic level. This comprehensive online course will explore the smallest components of life: cells and genes. Cytology, the study of the basic units of life, and genetics, the life science concerned with the information that controls life, help you to get to grips with life at the macroscopic level. Both fields of biology determine the way whole organisms function.

The main components of this course are:
  • Structure of molecules and cells 
  • Communication between cells 
  • Life cycle and metabolism of the cell 
  • Mendelian genetics and beyond 
  • Chromome theory 
  • Genes, genetic mapping and gene expression 
  • DNA: structure and replication 
  • DNA repair and genetic mutations 
  • Biotechnology
  • Genomics 
While studying, your understanding will be facilitated by matching diagrams and illustrations. By the end of this course, you will have gathered advanced knowledge of biology and be excellently prepared for your exams on this subject.

Course Details

  • Videos 190
  • Duration 12:01 h
  • Quiz questions 418
  • Articles 35

Content

Your Educators of course Molecular and Cell Biology

 Georgina Cornwall, PhD

Georgina Cornwall, PhD

Dr. Georgina Cornwall has taught a broad array of Biology courses at different U.S. universities, currently at the Colorado Mountain College in Aspen. Dr. Cornwall is an active promoter of hybrid teaching formats like online and interactive courses. Thus, she uses modern technology to engage her students in the diverse disciplines of biology – from Microbiology to Genetics.

User reviews

(237)
4,2 of 5 stars
5 Stars
153
4 Stars
28
3 Stars
24
2 Stars
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1  Star
19
 
Micro-Lecture lacks the expected concentration of information. Lecture isn't linear in nature or coherent.
By Neuer N. on 01. July 2020 for One Gene One Polypeptide Hypothesis

I suppose it depends on your learning style. That is, most of the medical students I've spoken to, appreciate concise and coherent lectures - Unfortunately, in my personal opinion, this micro-lecture lacked the fundamental high concentration of information that most of us are looking for - to take notes, and practice the spaced repetition model. Instead, her speaking pace, and vocal expression are slightly too fast and the way in which she attempts to outline a basic idea isn't linear in nature which leads the viewer wanting to know more, while simultaneously trying to ignore the off-topic rants. Note: Clearly, she's qualified to teach - however, valid of a point that may be, doesn't mean she has the practical communication skills to do so. Therefore, this is not a question of intelligence, rather - communication and linguistic expression. There will certainly people who prefer this method, I however, can not recommend.

 
It's useful for me the videos
By Ivonne Azereth M. on 01. July 2020 for Gene Expression

I had many doubts but with the lection, I improved much better

 
Informative but sometimes confusing
By Seoyoung J. on 28. June 2020 for Gene Expression

The lectures seem to cover all the necessary contents, but it’s often difficult to understand the topic until I go over the video again for several times.

 
Very clear explanation
By Seoyoung J. on 24. June 2020 for Prokaryotes vs. Eukaryotes

This lecture clearly points out the differences between prokaryotic and eukaryotic cells in protein synthesis. It would be helpful for those who wish to briefly know how proteins are formed in each type of cell.