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Wikiversity:Wikiversity the Movie/Movie production

So, after collecting all the info from the other groups, let's identify how to create the movie. Add your thoughts below please:

Questions

 * Who can provide a camrecorder for doing Wikiversity the Movie/Interviews ?
 * Who has on his pc software to edit videos (e.g. like these) + music? Or has access to it in school/university ? Please consider all must be done with legal software :-)


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Wikiversity:Wikiversity the Movie/Learning from the past

Let's identify possible factors why the last production of the movie could not be achieved. Some ideas ?

 * Selecting a release date which was too stressy ?
 * Therefore selecting now a date which is in about 1 year - that should avoid this problem. If the movie finishes earlier, the better.

 * Too few participants ?
 * The prominent link to the project from the browse page was destroyed.
 * The proposal to put a video teaser for the movie on the main page was ignored.
 * Back then Wikiversity was still young. We have grown now.
 * now there is a task list

 * Not enough resources (human and non-human) ?
 * Could be still a problem, but we have now Filmmaking - must still identify resources there

 * Different ideas ?
 * Let's make a Kickoff-meeting and do regular meetings. Possible idea to create several movies, see here

 * Keep it simple
 * As I see some pages were created with boiler plates. It was much text, but basically not so much helpful for newcomers :-( - did this perhaps drive readers away ?

 * Bad karma ?
 * Well, let's see this time

license: Creative Commons - Attribution Share-Alike - https://creativecommons.org/licenses/by-sa/4.0/


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Biochemistry

Lesson 2: /Amino Acids/
 General Structure of an amino acid

All amino acids have the following general structure:

Image link: https://archive.is/20130707075958/img222.imageshack.us/img222/4723/aminoacidwithgroup.jpg
 * Area in Green is the amino group - NH2
 * Area in Beige is the carboxyl group - COOH

The 'R' is the variable region. Different amino acids have different groups attached in the R region, this is what gives each group of amino acids essentially it own specific function and shape.

Essay and Discussion Themes
...
 * Digestion and absorption
 * Kidney
 * Nerve impulse, transmission, neuromuscular junction and modulators.
 * The origin of life on Earth
 * 1) The possible origin of life outside Earth (Astrobiology)
 * Iron, Heme
 * Coagulation
 * 1) Voluntary Muscle (item) metabolic peculiarities (item, item, item) and the neuromuscular junction
 * Connective tissue (collagen, elastin, reticulin)

 * Vitalism - Is vitalism dead? Is mechanicism firmly established? Are all life processes, including consciousness, emotions, feelings (sentiments), and the sense of being oneself (Self) chemical and organic processes and functions, as neurologist António Damásio says ? Is there a life force that drives the processes of the emergence of life on Earth, growth, tissue differentiation, morphogenesis and of tissue repair? Something like the egyptians Ka  ? It's true that the controversy between materialism and idealisms has thousands of years and is likely to stay around; but what do you think yourself?

Topics and Learning Materials

 * Basics
 * 1) The International System of Units, item
 * 2) Nomenclature of organic chemistry,item,
 * 3) Logarithms
 * 4) Nuclides
 * 5) Radioactive decay
 * 6) gas laws, Gases and Gas Laws
 * 7) Partial pressure and mole fraction
 * 8) Osmosis
 * 9) Diffusion
 * 10) pH (needs a little more)
 * 11) Buffers
 * Biomolecules -- Structures, classification and properties of:
 * 1) Nucleic acids
 * 2) Amino acids
 * 3) Protein
 * 4) Carbohydrate
 * 5) Lipid
 * 6) Organic Chemistry – Carbon Chemistry and Macromolecules
 * Laboratory and Analytical Methods
 * 1) Simple (glass) laboratory equipment and how to use it
 * 2) Laboratory safety
 * 3) Size exclusion chromatography
 * 4) UV-VIS Spectrometry
 * 5) IR spectrometry
 * 6) Centrifugation and Ultracentrifugation
 * 7) Electrophoresis
 * 8) Chromatography
 * 9) Gas chromatography and mass spectrometry
 * 10) Gamma counting
 * 11) Beta counting
 * 12) Enzyme assays
 * 13) PCR
 * Metabolic pathways
 * Proteins
 * 1) In vivo nucleic acids synthesis
 * 2) Nucleic acid degradation, pyrimidine and purine catabolism
 * 3) Peptide bond
 * 4) In vivo protein synthesis
 * 5) Micronutrients and Vitamins
 * 6) Enzymes
 * 7) Regulation of metabolic pathways
 * 8) Associated: Hemoglobin, gas transportation

 * Amino acids
 * 1) Decarboxylation
 * 2) Transamination
 * 3) General amino acid synthesis
 * 4) General amino acid catabolism
 * 5) Special amino acid metabolism
 * 6) Amino acid interconversion
 * 7) Urea cycle, item
 * 8) Gamma-glutamyl cycle
 * 9) Associated: Gout,Maple syrup disease
 * Carbohydrates
 * 1) Glycolysis
 * 2) Krebs' cycle
 * 3) Pyruvate decarboxylation
 * 4) The ATP cycle
 * 5) Oxidative phosphorilation
 * 6) C4 carbon fixation
 * 7) Photosynthesis
 * 8) Calvin Cycle
 * 9) Dickens-Horecker cycle
 * 10) Hexose interconversions
 * 11) Neoglucogenesis
 * 12) Glycogenesis
 * 13) Glycogenolysis
 * 14) Cori cycle
 * 15) Carbohydrate regulation mechanism: glucagon and insulin
 * 16) Associated: ...
 * Lipids
 * 1) fatty acids
 * 2) Essential fatty acids, item, poly-unsaturated fatty acids (PUFA); eicosanoids: prostaglandins, thromboxanes, prostacyclin and leukotrienes.
 * 3) The lipid bilayer, item, and transport across it
 * 4) Lipid peroxidation
 * 5) Acylglycerols
 * 6) Triacylglycerols
 * 7) Sn system
 * 8) Carnitine and membrane transport of fatty acids
 * 9) Fatty acid oxidations
 * 10) Beta oxidation
 * 11) Ketogenesis
 * 12) Lipid synthesis (lipogenesis)
 * 13) Arachidonic acid cascade and the eicosanoids (above)
 * 14) Associated: ...
 * 15) Lipoproteins and cholesterol
 * 16) The serum lipoprotein transport system
 * 17) Cholesterol metabolism, regulation and transport
 * 18) Lipoprotein metabolism
 * 19) Chylomicra and VLDL
 * 20) LDL and HDL
 * 21) Regulation of lipoprotein metabolism
 * History of Biochemistry

Books
By alphabetical order of the first author's surname.

General Biochemistry

 * Garrett, R, Grisham, C. "Biochemistry". Sanders College Publishing. Fort Worth, TX. 1999. ISBN 0-03-022318-0. Online at http://www.web.virginia.edu/Heidi/home.htm

 * Nelson DL, Cox MM. "Lehninger Principles of Biochemistry". Worth Publishers. New York. 2000. ISBN 1-57259-153-6. http://worthpublishers.com/lehninger

 * Osgood M, Ocorr K. "The Absolute, Ultimate Guide to Lehninger Principles of Biochemistry Study Guide and Solution Manual". Worth Publishers. New York. 2000. ISBN 9781572591677.

 * Biochemistry Wikibook

 * The more general Entrez

 * Online Biology Book or

 * Exercises

Other resources
UH tutorial

Interactives

title: Biochemistry


text:
Wikiversity talk:Teamspeak

Why are "we" using this
Since when did "we" host things at "musenet.org?" Salmon of Doubt 21:24, 24 August 2008 (UTC)
 * There is also hosted other things not on Wikimedia servers, e.g. Topic:Sandbox Server 0.5. In what regards is this a problem ? Erkan Yilmaz uses the Chat (try) 21:29, 24 August 2008 (UTC)
 * Musenet.org is hosted by Barry Kort. Users might not wish to reveal their personal info to him for multiple reasons. Sandbox server is hosted by someone else. I know of no substantial concerns there. Salmon of Doubt 21:33, 24 August 2008 (UTC)
 * The TeamSpeak server is not in the MuseNet.Org domain. Cafe.MuseNet.Org is just a CNAME.  If you know how to do a WHOIS, you know how to do a DNS lookup, too.  It would behoove you to check your facts before publishing spurious claims designed to spread fear and paranoia. —Moulton 04:18, 25 August 2008 (UTC)

title: Wikiversity talk:Teamspeak


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User:Talkelaine

My username, "talkelaine," was selected because I teach speech and communication courses at a California college. I believe that learning is essential for life. Without learning we do not grow and we cannot survive. Not all learning is fun. Not all learning is valuable. Not all learning is immediately applicable. On the other hand, learning about one's communication IS fun, valuable and applicable. Think about it; what is your life does not involve communication? Right now you are using communication to think about that question or to formulate your answer internally!

title: User:Talkelaine


text: Template:Ocean engineering and Naval Architecture/box-header


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Portal:Marine engineering/Intro

Ocean Engineering encompasses the breadth of engineering sciences applied to the design, development, construction, operation and planning of systems that operate in an oceanic environment. Here, you can learn about the following kinds of systems:
 * Naval Architecture is that subdivision of ocean engineering which specializes in the design of ships and other sea-going vessels.
 * Marine Engineering is the speciality concerned with MORE THAN the operation and maintainance of equipment on seagoing vessels.
 * Coastal Engineering is the subset of ocean engineering which specializes in coastal protection and erosion control, dredging and dredged material disposal.
 * Offshore Engineering is practiced by the engineer whose speciality is the deep-sea zone beyond the coastal shores.

All of these systems draw on a basic understanding of the ocean environment and basic mechanical principles of operating in such an environment. A beginner should develop an understanding of these general principles before undertaking the specialized courses.

title: Portal:Marine engineering/Intro


text:
Template:Ocean engineering and Naval Architecture/Related

 * Mechanical Engineering
 * Structural Engineering
 * Marine Science
 * Oceanography
 * Architecture


text:
Portal:Marine engineering/Subdivision

 * Naval Architecture
 * Coastal Engineering
 * Naval Engineering
 * Offshore Engineering
 * Arctic Engineering
 * Marine Operating Engineering

title: Portal:Marine engineering/Subdivision


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Portal:Marine engineering/Prerequisites

To effectively practice as an ocean engineer, the following subjects must be well understood before attempting to learn the principles of the applied disciplines herein:

Mathematics

 * Algebra
 * Trigonometry
 * Calculus

Engineering Physics

 * Newtonian Mechanics
 * Wave Theory

Engineering Science

 * Computer Aided Design
 * Applied Mechanics
 * Fluid Mechanics
 * Design and Manufacturing

Physical Science

 * Meteorology

title: Portal:Marine engineering/Prerequisites


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Portal:Marine engineering/Courses

This is a list of all courses offered in the department, organized by area.

Naval architecture
 * Introduction to Naval Architecture
 * Ship Resistance

Marine Engineering Other Marine Engineering Fields
 * Marine Fuels
 * Ocean Engineering
 * Naval Engineering
 * Coastal Engineering
 * Arctic Engineering
 * Offshore Engineering
 * Marine Operating engineering

title: Portal:Marine engineering/Courses


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Template:Ocean engineering and Naval Architecture/Participants

The histories of Wikiversity pages indicate who the active participants are - you can find this by clicking the "history" tab, beside the "edit" tab at the top of the page. If you are a student in this Department, please add your name below. Active participants in this Learning Group:
 * Gurpreet Singh Grewal - Undergraduate Student Naval Architecture


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Portal:Marine engineering/Todo

 * Help structure the subdivisions of the department
 * Help make a good list of prerequisites, common for all subjects. Specific prerequisites to be listed in the subjects page.
 * Build courses based on available learning materials on Wikiversity, Wikibooks and Wikipedia
 * Add courses based on the classes that you are currently teaching/taking. Add a page on the contents of each day of class at the end of the day.  You will learn the material better and help us all learn.

title: Portal:Marine engineering/Todo


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Social psychology (psychology)/Guides/Week 05

Week 5

 * 1) Complete the Week 04 guide.
 * 2) Make sure you've signed up for an essay topic.
 * 3) Listen to, and/or read, the Prejudice lecture, slides, accompanying chapter in the textbook.
 * 4) Try the test quizzes for the chapter in the textbook's accompanying website resources via http://ilrn.com
 * 5) Participate in Prejudice, aggression, and prosocial behaviour tutorial (this week or next week). Note that you should already have watched Ghosts of Rwanda. Include some reflections and examples of the keywords from the films in in your e-portfolio.
 * 6) Have you completed your research participation? It needs to be done by the end of Week 7.


text:
Social psychology (psychology)/Guides/Week 06

Week 6

 * 1) Complete the Week 05 guide.
 * 2) There is no lecture this week or next - then we have two weeks of teaching break. So the next lecture is Relationships in Week 10.
 * 3) Participate in the prejudice, aggression, and prosocial behaviour if you haven't already. Note that you should already have watched Ghosts of Rwanda. Include some reflections and examples of the keywords from the films in in your e-portfolio.
 * 4) Have you completed your research participation? It needs to be done by the end of Week 7. Current participation will be collated on WebCT this week (with an email to the discussion list when available).


text:
Social psychology (psychology)/Guides/Week 07

Week 7

 * 1) Complete the Week 06 guide.
 * 2) There is no lecture this week - then we have two weeks of teaching break. So the next lecture is Relationships in Week 10.
 * 3) Participate in the cross-cultural training tutorial (Tutorial 04) this week or in Week 10.
 * 4) Have you completed your research participation? It needs to be done by the end of this week. See WebCT for a record of your participation to date.


text:
User:Katluvdogs/Ms.Puskarz:Class Notes

The website has been changed to:

http://mspuskarzclassnotes.wikispaces.com/

title: User:Katluvdogs/Ms.Puskarz:Class Notes


text: Template:Naval architecture/box-header

title: Template:Naval architecture/box-header


text:
Portal:Naval architecture/Intro

Naval Architecture is an engineering discipline dealing with the design, construction and repair of marine vehicles. Marine vehicles may include ships, which move on the surface of water, submarines which move within water, and air cushion vehicles which move over an air cushion above water. Of these, ships were built and designed from much earler than other types of vehicles, hence most of the theory of Naval Architecture is from the point of view of applicability to the design and construction of ships. These concepts are then extended to other forms of marine vehicles.

title: Portal:Naval architecture/Intro


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Template:Naval architecture/Courses

The following courses are available in this department.

 * Introduction to naval architecture

 * Hydrostatics and Stability
 * This course introduces the form of a ship, how the form is described using drawings, principal parameters to describe a ship, concept of buoyancy, hydrostatic properties, concept of stability, curves describing stability, stability in damaged condition. This is a basic course for first year of study.

 * Ship resistance
 * This course introduces the concept of resistance of a ship, components of resistance, parameters of resistance, model testing, estimation of skin friction, wave making resistance, shallow water effects, appendage resistance, air resistance.

 * Ship propulsion
 * This course introduces propulsion systems, ship powering efficiency, propeller geometry, model testing, propeller theory, propeller in open water, propeller behind hull, propeller desing.

 * Ship strength
 * This course deals with the structure of a ship, loads on a ship, structural design.

 * Seakeeping
 * Response of a ship, Response of a ship in regular waves, Response in irregular waves.

 * Ship maneuvering
 * Stability, equations of motion, hydrodynamic coefficients, turning circle, zig zag maneuver, other maneuvers.

 * Ship systems
 * Systems on board the ship, engine, lubrication, fuel, cooling, cargo handling, accomodation, fire and safety,

 * Ship design
 * Process of design, types of ships, design considerations, lines plan, general arrangement, structural design, model testing

 * Ship construction
 * Shipyards, production methods, production planning, hull construction, outfitting.

 * High Speed Craft
 * Revisiting resistance, definition of high speed, ways to attain high speed, high speed displacement craft, planning craft, hydrofoil craft, air cushion vehicles

 * Submarines

title: Template:Naval architecture/Courses


text:
Template:Naval architecture/Related

 * Ocean Engineering and Naval Architecture
 * Fluid Mechanics
 * Solid Mechanics

title: Template:Naval architecture/Related


text:
Portal:Naval architecture/Participants

Active participants in this Learning Group

If you are an active participant in this department, you can list your name here (this can help small departments grow and the participants communicate better; for large departments a list of active participants is not needed). Alternatively, the histories of Wikiversity pages indicate who the active participants are - you can find this by clicking the "history" tab, beside the "edit" tab at the top of the page
 * Sajo Mathews
 * Freedom Fighter

title: Portal:Naval architecture/Participants


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Template:Naval architecture/Prerequisites

 * Mathematics


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Template:Naval architecture/Resources

 * Principles of Naval Architecture (2nd Rev.); Lewis, E.V., 1989, SNAME New York

title: Template:Naval architecture/Resources


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Portal:Naval architecture/Todo

 * Add material to the courses!
 * 船舶工学 has a lot of information not present in the english wikipedia ship. Translation of the material to learning resources is welcome.

title: Portal:Naval architecture/Todo