Cell Biology: Difference between revisions

Latest revision as of 23:05, 2 November 2009

Introduction

Welcome!

This is the main page for the Cell Biology course, in the Department of Cell Biology. Cell biology is typically one of the specialized courses taken by students after they have had a more general introduction to modern biology. A basic introduction to biology, as can be gained from Michael McDarby's Online Introduction to Biology or the General Biology textbook at Wikibooks, is a possible prerequisite. Chemistry is the backbone of Cellular Biology so some knowledge of Biochemistry is necessary for the concepts. Check out these sites for more information chemistry or biochemistry. However, Cell Biology is fundamental to all of biology, and can serve as a reasonable starting point for students exploring the field.

It seems that many people checking out this page are looking to supplement their coursework. Which was what I was looking for too when I found this site. I have added lectures that are the equivalent to the college course normally offered a junior or senior level. It correlates with the free video lectures available on ITunes U. I would love for someone to post additional resources, notes or comments. This can be a resource that will help other students share information for years to come. As you can tell from below, there are lectures with a more general aim and then the lectures that delve more deeply into the subject and require a greater knowledge of biochemistry.

For YOU!

Why is this course different from all other courses?

All other courses have clearly distinct students and instructors; in this one, the students help serve as instructors (and vice versa).
All other courses meet at a set time, and have set deadlines; this one is designed for anyone, anytime, anywhere and can be completed (or not) at any rate.
This course is equivalent to a college course and you can learn the material at home for free!

What should you do?

Read through the existing lessons. Feel free to edit and improve them.
You can pick a topic in Cell Biology that fascinates you and start reading. As you discover interesting information, add what you have learned to a wiki page about the topic you are learning. Keep a record of what you read and what you write.
The present instructors have found that the best way to learn is create lessons of your own.
If you have another idea of what to do or would like to design a plan of study, feel free to discuss it with an instructor (such as JWSchmidt) or sign up as one! This course is a collaborative effort between students and instructors.
A format has been set up and links to video lectures have been put in. Please help by adding your own notes and supplemental resources you have found.
Construction of new course materials would be a big help in Wikiversity's Cell Biology Improvement Drive! You're welcome to join the Improvement Drive in additional ways, including creating or revising other cell biology pages. For example, the Wikibooks Cell Biology textbook needs more work.

Existing Lessons

Lesson 1: Introduction to Cell Biology

Lesson 2: Membrane Structure: Lipids

Lesson 3: Membrane Structure: Proteins

Lesson 4: Membrane Structure: Dynamics

Lesson 5: Membrane Transport: Permeases and Channels

Lesson 6: Membrane Transport: Nucleocytoplasmic Exchange

Lesson 7: Membrane Assembly: Signal Hypothesis

Lesson 8: Membrane Assembly: Mechanism

Lesson 9: Membrane Assembly: Topography

Lesson 10: Cholesterol Regulation

Lesson 11: Membrane Vesicular Transport

Lesson 12: Lysosomal Protein Transport

Lesson 13: Action Potential

Lesson 14: Synaptic Transmission

Lesson 15: Membrane Fusion

Lesson 16: Visualizing Cells: Principles of Microscopy

Lesson 17: Actin Filaments: Structural and Dynamic Properties

Lesson 18: Actin-binding Proteins and Cell Migration

Lesson 19: Actin and Myosin in Skeletal Muscle Contraction

Lesson 20: Regulation of Contraction in Muscle and Nonmuscle Cells

Lesson 21: Cell Adhesion, Motility and Division

Lesson 22: Intermediate Filaments and Septins

Lesson 23: Microtubules: Structure and Dynamic Properties

Lesson 24: Regulation of Microtubule Organization and Motility

Lesson 25: Nuclear and Chromatin Structure

Lesson 26: Mitosis and Cell Division

Lesson 27: Mitotic Spindle Assembly and Function

Lesson 28: Meiosis

Lesson 29: Cell Communication: Ligand and Receptors

Lesson 30: Receptors

Lesson 31: G-Protein Coupled Receptor Signaling I

Lesson 32: G-Protein Coupled Receptor Signaling II

Lesson 33: Receptor Tyrosine Kinase Signaling

Lesson 34: The Ras-MAP Kinase Pathway

Lesson 35: Regulation of Cell Growth

Lesson 36: The Cell Cycle I

Lesson 37: The Cell Cycle II

Lesson 38: The Cell Cycle III

Lesson 39: Checkpoints

Lesson 40: Apoptosis

Lesson 41: Cancer

Lesson 42: Cancer Review

Writing Your Own Lesson

Wikiversity offers instructions for how to write a page using the wiki language, and how to create useful content specifically for Wikiversity.

Resources

On Wikiversity

Wikiversity Cell Biology Improvement Drive -- PLEASE JOIN US!!!
A lesson in the Fundamentals of Neuroscience course (Department of Neuroscience) covers the components of the cell.
Human Genetic Uniqueness Project - students search for genes that make humans different from other apes.

Elsewhere on the Web

Wikibooks' Cell Biology textbook, which includes links to other free online cell biology textbooks
Many published articles about Cell Biology can be accessed through the free PubMed system.
Two of the most commonly used Cell Biology textbooks, both accessible through the Bookshelf service of PubMed:
- Molecular Biology of the Cell (Alberts et al)
- Molecular Cell Biology (Lodish et al)
- Textbook: Cooper.
- Recent review article: Regulation of cell death.

Wikipedia articles

Wikipedia categories

Participants

If you are a student in this course, please sign in so that we can try to develop a community. Hopefully, there can be group projects.

Lazyquasar 05:36, 29 November 2005 (UTC) Weak preparation. Interested in fundamentals. May shift abrubtly to lower level course or drop as personal activities progress.
- Personally, I think one of the most interesting things about cells is how they make it possible for us to learn. I'd suggest that you try to identify some aspect of biology that is of particulat interest to you, all the "fundamentals" can be learned about in the context of what you find most interesting about life/behavior/biology. --JWSurf 22:51, 30 November 2005 (UTC)
JedOs 02:26, 9 December 2005 (UTC) I am Biology major student at college working on my Bachealors in Biology. I am hard worker yet I have areas of frustration. I'm not sure how this free course thing works, so please tell me at my talk page, http://en.wikipedia.org/wiki/User:JedOs
Lukner 16:15, 19 February 2006 (UTC). I am a second-career pre-med student at the University of Texas at Austin. I have a Ph.D. in Chemical Engineering, and I'm taking a few classes to satisfy my pre-med requirements. I am taking a Cell Biology course at UT, and this online course might provide some additional material to supplement the course I'm already taking.
- What biology/medicine topics are you interested in? --JWSurf 04:13, 17 March 2006 (UTC)
Srinivas 06:13, 7 April 2006 (UTC) I am interested in learning molecular cell biology. I have post graduate degree in computer science and mathematics. I am using my long term cancer treatment (vacation!) time in learning new subjects. Thank you for maintaining this free course. I have high school knowledge of biology. Hopefully as I progress, I will find out which fundamental concepts I need to refresh in order to catch up with the course.
PJC 12:54, 10 May 2006 (UTC) I'm a third year Biochemistry student at the University of Nottingham (UK). I'm interested in how cells participate to form the brain (as mentioned above), particularly the role of the ubiquitin-proteasome system (UBS). I'm also interested in the regulation of transcription by the SRE-SRF-TCF complex; and the cellular basis of cancer.

(note: all of the above were added when this page existed at Wikibooks)

Davichito 00:26, 27 September 2008 (UTC). I am a self-taught computer programmer who is very interested in biology and has read some chapters of Curtis' biology book. I hope to understand biology because I think life is the great mystery in the universe; also the most complex one.
User:JWSchmidt - See: Cell Biology/JWSchmidt for my thoughts about cell biology and learning.
Steven Fruitsmaak
Soft.tofu 14:26, 5 October 2006 (UTC) I am a BSEE doing IT work for scientific product distributor. I hope to understand medicine a little more. Starting from scratch, I guess, with basic biology background. My wife is dying from metastatic gastric cancer, signet ring cell. If nothing else, this is a response to her oncologist saying "Read some medical books."
Joshoisasleep 00:00, 4 November 2006 (UTC) I have a personal interest and would like to learn more before going on to brick and mortar study...
AFriedman 07:10, 18 December 2008 (UTC) I perform research on Wikiversity (see my Userpage for details) and stumbled upon this page while trying to add materials to a course I'm developing in neuroscience. Neuroscience is a field that also needs content development, perhaps even more desperately.
ObubbledO 01:30pm, 25 February 2009

@@ Line 1: / Line 1: @@
-{{launch}}
-{{course}}
-{{tertiary}}
-{{biology}}
 ==Introduction==
-Welcome! It seems that most people checking out this page are looking to supplement their coursework. Which was what I was looking for too when I found a somewhat empty site. I have added a section to correspond with material I have posted. It correlates with the free video lectures availiable on ITunes U. I would love for someone to post additional resources, notes or comments. This can be a resource that will help other students share information for years to come.
+Welcome!
 This is the main page for the '''Cell Biology''' course, in the [[Topic:Cell Biology|Department of Cell Biology]].  Cell biology is typically one of the specialized courses taken by students after they have had a more general introduction to modern biology.  A basic introduction to [[Topic:Biology|biology]], as can be gained from [http://faculty.fmcc.suny.edu/mcdarby/default.htm Michael McDarby]'s [http://faculty.fmcc.suny.edu/mcdarby/Majors101Book/site_map.htm Online Introduction to Biology] or the [[b:General Biology|General Biology]] textbook at Wikibooks, is a possible prerequisite.  Chemistry is the backbone of Cellular Biology so some knowledge of Biochemistry is necessary for the concepts. Check out these sites for more information [[w:Chemistry|chemistry]] or [[Topic:Biochemistry|biochemistry]].  However, Cell Biology is fundamental to all of biology, and can serve as a reasonable starting point for students exploring the field.
+It seems that many people checking out this page are looking to supplement their coursework. Which was what I was looking for too when I found this site. I have added lectures that are the equivalent to the college course normally offered a junior or senior level. It correlates with the free video lectures available on ITunes U. I would love for someone to post additional resources, notes or comments. This can be a resource that will help other students share information for years to come. As you can tell from below, there are lectures with a more general aim and then the lectures that delve more deeply into the subject and require a greater knowledge of biochemistry.
 ==For YOU!==
@@ Line 12: / Line 10: @@
 ===[[w:Ma Nishtana|Why is this course different from all other courses?]]===
 # All other courses have clearly distinct students and instructors; in this one, the students help serve as instructors (and vice versa).
-# All other courses are designed by the instructor; in this one, at this time, you are helping to create the structure.
 # All other courses meet at a set time, and have set deadlines; this one is designed for anyone, anytime, anywhere and can be completed (or not) at any rate.
-# All other courses have their ways of distinguishing [http://www.ou.org/chagim/pesach/foursons.htm the wise student, the wicked student, the simple student and the student who does not know how to ask]; [[Wikiversity]] does not give grades or diplomas.
+# This course is equivalent to a college course and you can learn the material at home for free!
 ===What should you do?===
 *Read through the existing lessons.  Feel free to edit and improve them.
-*Write your own lesson, covering another area of cell biology!
+*You can pick a topic in Cell Biology that fascinates you and start reading. As you discover interesting information, add what you have learned to a wiki page about the topic you are learning. Keep a record of what you read and what you write.
-**You can pick a topic in Cell Biology that fascinates you and start reading. As you discover interesting information, add what you have learned to a wiki page about the topic you are learning. Keep a record of what you read and what you write.
+*The present instructors have found that the best way to learn is create lessons of your own.
-**The present instructors have found that the best way to learn within a Wiki-format university is to construct wiki pages.
 *If you have another idea of what to do or would like to design a plan of study, feel free to discuss it with an instructor (such as [[User:JWSchmidt|JWSchmidt]]) or sign up as one!  This course is a collaborative effort between students and instructors.
+*A format has been set up and links to video lectures have been put in. Please help by adding your own notes and supplemental resources you have found.
 *Construction of new course materials would be a big help in Wikiversity's '''[[Cell biology improvement drive|Cell Biology Improvement Drive]]'''!  You're welcome to join the Improvement Drive in additional ways, including creating or revising other cell biology pages.  For example, the Wikibooks [[b:Cell Biology|Cell Biology textbook]] needs more work.
 ==Existing Lessons==
-<b>Lesson 1:</b> [[Cell biology/Why bother|Why bother?]]
+'''Lesson 1:''' [[Introduction to Cell Biology]]
+'''Lesson 2:''' [[Membrane Structure: Lipids]]
+'''Lesson 3:''' [[Membrane Structure: Proteins]]
+'''Lesson 4:''' [[Membrane Structure: Dynamics]]
+'''Lesson 5:''' [[Membrane Transport: Permeases and Channels]]
+'''Lesson 6:''' [[Membrane Transport: Nucleocytoplasmic Exchange]]
+'''Lesson 7:''' [[Membrane Assembly: Signal Hypothesis]]
+'''Lesson 8:''' [[Membrane Assembly: Mechanism]]
+'''Lesson 9:''' [[Membrane Assembly: Topography]]
+'''Lesson 10:''' [[Cholesterol Regulation]]
+'''Lesson 11:''' [[Membrane Vesicular Transport]]
+'''Lesson 12:''' [[Lysosomal Protein Transport]]
+'''Lesson 13:''' [[Action Potential]]
+'''Lesson 14:''' [[Synaptic Transmission]]
+'''Lesson 15:''' [[Membrane Fusion]]
+'''Lesson 16:''' [[Visualizing Cells: Principles of Microscopy]]
+'''Lesson 17:''' [[Actin Filaments: Structural and Dynamic Properties]]
+'''Lesson 18:''' [[Actin-binding Proteins and Cell Migration]]
+'''Lesson 19:''' [[Actin and Myosin in Skeletal Muscle Contraction]]
+'''Lesson 20:''' [[Regulation of Contraction in Muscle and Nonmuscle Cells]]
+'''Lesson 21:''' [[Cell Adhesion, Motility and Division]]
+'''Lesson 22:''' [[Intermediate Filaments and Septins]]
+'''Lesson 23:''' [[Microtubules: Structure and Dynamic Properties]]
+'''Lesson 24:''' [[Regulation of Microtubule Organization and Motility]]
+'''Lesson 25:''' [[Nuclear and Chromatin Structure]]
+'''Lesson 26:''' [[Mitosis and Cell Division]]
+'''Lesson 27:''' [[Mitotic Spindle Assembly and Function]]
+'''Lesson 28:''' [[Meiosis]]
+'''Lesson 29:''' [[Cell Communication: Ligand and Receptors]]
+'''Lesson 30:''' [[Receptors]]
+'''Lesson 31:''' [[G-Protein Coupled Receptor Signaling I]]
+'''Lesson 32:''' [[G-Protein Coupled Receptor Signaling II]]
+'''Lesson 33:''' [[Receptor Tyrosine Kinase Signaling]]
+'''Lesson 34:''' [[The Ras-MAP Kinase Pathway]]
-<b>Lesson 2:</b> [[Cell biology/What|What is cell biology?]]
+'''Lesson 35:''' [[Regulation of Cell Growth]]
-<b>Lesson 3:</b> [[Cell biology/Structure|Basic cell structure]] (by [[User:AFriedman|AFriedman]])
+'''Lesson 36:''' [[The Cell Cycle I]]
-<b>Lesson 4:</b> [[Cell biology/Function|Basic cell function]]
+'''Lesson 37:''' [[The Cell Cycle II]]
-<b>Lesson 5:</b> [[Cell biology/Medicine|Cell biology and medicine]]
+'''Lesson 38:''' [[The Cell Cycle III]]
-==Lessons to Correspond with Free ITunes U Lectures==
+'''Lesson 39:''' [[Checkpoints]]
-FYI: I am reviewing Cell Biology for Medical School and thought I would help by posting links to the ITunes U lectures and providing my notes. Hopefully it will save you some time figuring out what the professor is talking about. Some knowledge of Biochemistry is necessary for these lectures.
-{{email|user=fapril|subject=Cell Biology|text=Contact me via email if you need help. Thanks, April}}
-Lesson 1:[[Membrane Structure: Lipids]]
+'''Lesson 40:''' [[Apoptosis]]
-Lesson 2:[[Membrane Structure: Proteins]]
+'''Lesson 41:''' [[Cancer]]
-Lesson 3:[[Membrane Structure: Dynamics]]
+'''Lesson 42:''' [[Cancer Review]]
 ==Writing Your Own Lesson==
-===Instructions===
 [[Wikiversity]] offers instructions for how to [[Help:Editing|write a page using the wiki language]], and how to [[Help:How_to_write_an_educational_resource|create useful content specifically for Wikiversity]].
-===Suggestions===
+==Resources==
-*You might want to write a lesson about how the regulation of cell survival is a fundamental process that helps control the number of cells in a tissue.
-**Textbook: [http://www.ncbi.nlm.nih.gov/books/bv.fcgi?rid=cooper.TOC&depth=2 Cooper].
-**Recent review article: [http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=pubmed&dopt=Abstract&list_uids=16094707&query_hl=11 Regulation of cell death].
-==External Resources==
 ===On Wikiversity===
 *[[Cell biology improvement drive|Wikiversity Cell Biology Improvement Drive]] -- PLEASE JOIN US!!!
@@ Line 67: / Line 121: @@
 **[http://www.ncbi.nlm.nih.gov/books/bv.fcgi?call=bv.View..ShowTOC&rid=mboc4.TOC&depth=2 Molecular Biology of the Cell] (Alberts et al)
 **[http://www.ncbi.nlm.nih.gov/books/bv.fcgi?call=bv.View..ShowTOC&rid=mcb.TOC Molecular Cell Biology] (Lodish et al)
+**Textbook: [http://www.ncbi.nlm.nih.gov/books/bv.fcgi?rid=cooper.TOC&depth=2 Cooper].
+**Recent review article: [http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Retrieve&db=pubmed&dopt=Abstract&list_uids=16094707&query_hl=11 Regulation of cell death].
 ====Wikipedia articles====

wikademia>Wikademia