Cell Biology - Revision history

wikademia>Wikademia at 23:05, 2 November 2009

2009-11-02T23:05:54Z

← Older revision		Revision as of 23:05, 2 November 2009
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	~~{{launch}}~~
	~~{{course}}~~
	~~{{tertiary}}~~
	~~{{biology}}~~
	==Introduction==		==Introduction==
	Welcome!		Welcome!

wikademia>Eme: 10 revisions

2009-07-01T05:01:39Z

10 revisions

← Older revision	Revision as of 05:01, 1 July 2009
(No difference)

wikademia>Fapril: /* Existing Lessons */

2009-05-21T08:05:53Z

Existing Lessons

← Older revision		Revision as of 08:05, 21 May 2009
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	'''Lesson 35:''' [[Regulation of Cell Growth]]		'''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==		==Writing Your Own Lesson==

wikademia>Fapril: moving resources

2009-04-28T10:53:51Z

moving resources

← Older revision		Revision as of 10:53, 28 April 2009
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	==Writing Your Own Lesson==		==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]].		[[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===		===On Wikiversity===
	*[[Cell biology improvement drive\|Wikiversity Cell Biology Improvement Drive]] -- PLEASE JOIN US!!!		*[[Cell biology improvement drive\|Wikiversity Cell Biology Improvement Drive]] -- PLEASE JOIN US!!!
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	**[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=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)		**[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====		====Wikipedia articles====

wikademia>Fapril: /* For YOU! */ rewording

2009-04-28T10:47:10Z

For YOU!: rewording

← Older revision		Revision as of 10:47, 28 April 2009
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	===[[w:Ma Nishtana\|Why is this course different from all other courses?]]===		===[[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 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 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?===		===What should you do?===
	*Read through the existing lessons. Feel free to edit and improve them.		*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.		*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.		*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.

wikademia>Fapril: /* Existing Lessons */ Consolidating Lectures

2009-04-28T10:32:12Z

Existing Lessons: Consolidating Lectures

← Older revision		Revision as of 10:32, 28 April 2009
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	==Existing Lessons==		==Existing Lessons==
	~~<b>~~Lesson 1:~~</b>~~ [[Cell ~~biology/Why bother\|Why bother?~~]]		'''Lesson 1:''' [[Introduction to Cell Biology]]

	~~<b>~~Lesson 2:~~</b>~~ [[~~Cell biology/What\|What is cell biology?~~]]		'''Lesson 2:''' [[Membrane Structure: Lipids]]

	~~<b>~~Lesson 3:~~</b>~~ [[~~Cell biology/~~Structure~~\|Basic cell structure]] (by [[User~~:~~AFriedman\|AFriedman~~]])		'''Lesson 3:''' [[Membrane Structure: Proteins]]

	~~<b>~~Lesson 4:~~</b>~~ [[~~Cell biology/Function\|Basic cell function~~]]		'''Lesson 4:''' [[Membrane Structure: Dynamics]]

	~~<b>~~Lesson 5:~~</b>~~ [[~~Cell biology/Medicine\|Cell biology~~ and ~~medicine~~]]		'''Lesson 5:''' [[Membrane Transport: Permeases and Channels]]

	'''~~Lessons to Correspond with Free ITunes U Lectures~~'''		'''Lesson 6:''' [[Membrane Transport: Nucleocytoplasmic Exchange]]

	~~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.		'''Lesson 7:''' [[Membrane Assembly: Signal Hypothesis]]
	~~{{email\|user=fapril\|subject=Cell Biology\|text=Contact me via email if you need help. Thanks, April}}~~

	'''Lesson 1:''' [[Membrane ~~Structure~~: ~~Lipids~~]]		'''Lesson 8:''' [[Membrane Assembly: Mechanism]]

	'''Lesson 2:''' [[Membrane ~~Structure~~: ~~Proteins~~]]		'''Lesson 9:''' [[Membrane Assembly: Topography]]

	'''Lesson 3:''' [[~~Membrane Structure: Dynamics~~]]		'''Lesson 10:''' [[Cholesterol Regulation]]

	'''Lesson 4:''' [[Membrane Transport~~: Permeases and Channels~~]]		'''Lesson 11:''' [[Membrane Vesicular Transport]]

	'''Lesson 5:''' [[~~Membrane~~ Transport~~: Nucleocytoplasmic Exchange~~]]		'''Lesson 12:''' [[Lysosomal Protein Transport]]

	'''Lesson 6:''' [[~~Membrane Assembly: Signal Hypothesis~~]]		'''Lesson 13:''' [[Action Potential]]

	'''Lesson 7:''' [[~~Membrane Assembly: Mechanism~~]]		'''Lesson 14:''' [[Synaptic Transmission]]

	'''Lesson 8:''' [[Membrane ~~Assembly: Topography~~]]		'''Lesson 15:''' [[Membrane Fusion]]

	'''Lesson 9:''' [[~~Cholesterol Regulation~~]]		'''Lesson 16:''' [[Visualizing Cells: Principles of Microscopy]]

	'''Lesson 10:''' [[~~Membrane Vesicular Transport~~]]		'''Lesson 17:''' [[Actin Filaments: Structural and Dynamic Properties]]

	'''Lesson 11:''' [[~~Lysosomal Protein Transport~~]]		'''Lesson 18:''' [[Actin-binding Proteins and Cell Migration]]

	'''Lesson 12:''' [[~~Action Potential~~]]		'''Lesson 19:''' [[Actin and Myosin in Skeletal Muscle Contraction]]

	'''Lesson 13:''' [[~~Synaptic Transmission~~]]		'''Lesson 20:''' [[Regulation of Contraction in Muscle and Nonmuscle Cells]]

	'''Lesson 14:''' [[~~Membrane Fusion~~]]		'''Lesson 21:''' [[Cell Adhesion, Motility and Division]]

	'''Lesson 15:''' [[~~Visualizing Cells: Principles of Microscopy~~]]		'''Lesson 22:''' [[Intermediate Filaments and Septins]]

	'''Lesson 16:''' [[~~Actin Filaments~~: ~~Structural~~ and Dynamic Properties]]		'''Lesson 23:''' [[Microtubules: Structure and Dynamic Properties]]

	'''Lesson 17:''' [[~~Actin-binding Proteins~~ and ~~Cell Migration~~]]		'''Lesson 24:''' [[Regulation of Microtubule Organization and Motility]]

	'''Lesson 18:''' [[~~Actin~~ and ~~Myosin in Skeletal Muscle Contraction~~]]		'''Lesson 25:''' [[Nuclear and Chromatin Structure]]

	'''Lesson 19:''' [[~~Regulation of Contraction in Muscle~~ and ~~Nonmuscle Cells~~]]		'''Lesson 26:''' [[Mitosis and Cell Division]]

	'''Lesson 20:''' [[~~Cell Adhesion, Motility~~ and ~~Division~~]]		'''Lesson 27:''' [[Mitotic Spindle Assembly and Function]]

	'''Lesson 21:''' [[~~Intermediate Filaments and Septins~~]]		'''Lesson 28:''' [[Meiosis]]

	'''Lesson 22:''' [[~~Microtubules~~: ~~Structure~~ and ~~Dynamic Properties~~]]		'''Lesson 29:''' [[Cell Communication: Ligand and Receptors]]

	'''Lesson 23:''' [[~~Regulation of Microtubule Organization and Motility~~]]		'''Lesson 30:''' [[Receptors]]

	'''Lesson 24:''' [[~~Nuclear and Chromatin Structure~~]]		'''Lesson 31:''' [[G-Protein Coupled Receptor Signaling I]]

	'''Lesson 25:''' [[~~Mitosis and Cell Division~~]]		'''Lesson 32:''' [[G-Protein Coupled Receptor Signaling II]]

	'''Lesson 26:''' [[~~Mitotic Spindle Assembly and Function~~]]		'''Lesson 33:''' [[Receptor Tyrosine Kinase Signaling]]

	'''Lesson ~~27:''' [[Meiosis]]~~		'''Lesson 34:''' [[The Ras-MAP Kinase Pathway]]

	~~'''Lesson 28:''' [[Cell Communication: Ligand and Receptors]]~~

	~~'''Lesson 29:''' [[Receptors]]~~

	~~'''Lesson 30:''' [[G-Protein Coupled Receptor Signaling I]]~~

	~~'''Lesson 31:''' [[G-Protein Coupled Receptor Signaling II]]~~

	~~'''Lesson 32:''' [[Receptor Tyrosine Kinase Signaling]]~~

	~~'''Lesson 33~~:''' [[The Ras-MAP Kinase Pathway]]

	~~'''Lesson 34:''' [[Regulation of Cell Growth~~]]

			'''Lesson 35:''' [[Regulation of Cell Growth]]

	==Writing Your Own Lesson==		==Writing Your Own Lesson==

wikademia>Fapril at 23:32, 23 April 2009

2009-04-23T23:32:48Z

← Older revision		Revision as of 23:32, 23 April 2009
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	'''Lesson 34:''' [[Regulation of Cell Growth]]		'''Lesson 34:''' [[Regulation of Cell Growth]]

	~~==Lessons to Correspond with Free ITunes U Lectures==~~
	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 2:[[Membrane Structure: Proteins]]~~

	~~Lesson 3:[[Membrane Structure: Dynamics]]~~

	==Writing Your Own Lesson==		==Writing Your Own Lesson==

wikademia>Fapril: /* Existing Lessons */

2009-04-23T22:54:47Z

Existing Lessons

← Older revision		Revision as of 22:54, 23 April 2009
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	'''Lesson 13:''' [[Synaptic Transmission]]		'''Lesson 13:''' [[Synaptic Transmission]]

	'''Lesson 14:''' [[~~Cell~~ Fusion]]		'''Lesson 14:''' [[Membrane Fusion]]

	'''Lesson 15:''' [[Visualizing Cells: Principles of Microscopy]]		'''Lesson 15:''' [[Visualizing Cells: Principles of Microscopy]]

wikademia>Fapril: /* Existing Lessons */ lesson additions

2009-04-23T22:24:19Z

Existing Lessons: lesson additions

← Older revision		Revision as of 22:24, 23 April 2009
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	<b>Lesson 5:</b> [[Cell biology/Medicine\|Cell biology and medicine]]		<b>Lesson 5:</b> [[Cell biology/Medicine\|Cell biology and medicine]]

			'''Lessons to Correspond with Free ITunes U Lectures'''

			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 2:''' [[Membrane Structure: Proteins]]

			'''Lesson 3:''' [[Membrane Structure: Dynamics]]

			'''Lesson 4:''' [[Membrane Transport: Permeases and Channels]]

			'''Lesson 5:''' [[Membrane Transport: Nucleocytoplasmic Exchange]]

			'''Lesson 6:''' [[Membrane Assembly: Signal Hypothesis]]

			'''Lesson 7:''' [[Membrane Assembly: Mechanism]]

			'''Lesson 8:''' [[Membrane Assembly: Topography]]

			'''Lesson 9:''' [[Cholesterol Regulation]]

			'''Lesson 10:''' [[Membrane Vesicular Transport]]

			'''Lesson 11:''' [[Lysosomal Protein Transport]]

			'''Lesson 12:''' [[Action Potential]]

			'''Lesson 13:''' [[Synaptic Transmission]]

			'''Lesson 14:''' [[Cell Fusion]]

			'''Lesson 15:''' [[Visualizing Cells: Principles of Microscopy]]

			'''Lesson 16:''' [[Actin Filaments: Structural and Dynamic Properties]]

			'''Lesson 17:''' [[Actin-binding Proteins and Cell Migration]]

			'''Lesson 18:''' [[Actin and Myosin in Skeletal Muscle Contraction]]

			'''Lesson 19:''' [[Regulation of Contraction in Muscle and Nonmuscle Cells]]

			'''Lesson 20:''' [[Cell Adhesion, Motility and Division]]

			'''Lesson 21:''' [[Intermediate Filaments and Septins]]

			'''Lesson 22:''' [[Microtubules: Structure and Dynamic Properties]]

			'''Lesson 23:''' [[Regulation of Microtubule Organization and Motility]]

			'''Lesson 24:''' [[Nuclear and Chromatin Structure]]

			'''Lesson 25:''' [[Mitosis and Cell Division]]

			'''Lesson 26:''' [[Mitotic Spindle Assembly and Function]]

			'''Lesson 27:''' [[Meiosis]]

			'''Lesson 28:''' [[Cell Communication: Ligand and Receptors]]

			'''Lesson 29:''' [[Receptors]]

			'''Lesson 30:''' [[G-Protein Coupled Receptor Signaling I]]

			'''Lesson 31:''' [[G-Protein Coupled Receptor Signaling II]]

			'''Lesson 32:''' [[Receptor Tyrosine Kinase Signaling]]

			'''Lesson 33:''' [[The Ras-MAP Kinase Pathway]]

			'''Lesson 34:''' [[Regulation of Cell Growth]]

	==Lessons to Correspond with Free ITunes U Lectures==		==Lessons to Correspond with Free ITunes U Lectures==

wikademia>Fapril: /* Introduction */rewording intro

2009-04-23T21:54:27Z

Introduction: rewording intro

← Older revision		Revision as of 21:54, 23 April 2009
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	{{biology}}		{{biology}}
	==Introduction==		==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.		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!==		==For YOU!==