Wikipedia:Wiki Ed/UCLA/Molecular Biotechnology (Fall quarter)

Student	Assigned	Reviewing
Emilyrd77	DNA shuffling	MicroDNA, Artificial transcription factor
Chevyjm	Diversity arrays technology	Vaccinology, Hormone
Powell Cat	Hormone, Prehormone, Prohormone	Diversity arrays technology, DNA construct
Kalearose.fajardo	Origin of transfer	Biofilms in industry, P1-derived artificial chromosome
Lisa1235858	Versutoxin	Microcarrier, Glycoprotein
BaronWaffles
Yuqingli1015	P1-derived artificial chromosome	Bispecific monoclonal antibody, Biofilms in industry
Emribo3	MicroDNA	Artificial transcription factor, DNA shuffling
Ayaa7	Neo-organ	Dual therapy stent, Protein-ligand docking
Qzou3	Primer walking	Chromosome jumping, Edman degradation
Fernaldy0917	Vaccine storage	Foreign body reaction, Transdermal patch
Lbucla88	Whole genome bisulfite sequencing	Cell engineering, Phenotypic Response Surfaces
Chunshengyan	Peptide vaccine	Polyketide, Genome mining
Bpalanisamy	Nanoporous materials	Cationic liposome, DNA end resection, Cell suspension
Cocomonster0o	Chromosome jumping	Primer walking, Bispecific monoclonal antibody
BertoHContreras	DNA end resection	Nanoporous materials, Exogenous DNA
Pin Chun Chen	Genome mining	Peptide vaccine, Polyketide
Gnurwono	Translational glycobiology	Metabolic flux analysis, Whole genome bisulfite sequencing
Sunggyunglee	Metabolic flux analysis	Transient expression, Phage typing
Mnm894	Dermal equivalent	Neo-organ, Dual therapy stent
Leroyjoenoes	Vaccinology	Transdermal patch, Diversity arrays technology
Yestothesun	Biofilms in industry	Origin of transfer, P1-derived artificial chromosome
Whomtao	Bio-layer interferometry	Cell engineering, Whole genome bisulfite sequencing
Tnguyen01	Transient expression	Phage typing, Metabolic flux analysis
Kaitlynwu18	Termination signal	Versutoxin, Glycoprotein
Cafe1919	Phage typing	Transient expression, Metabolic flux analysis
Abudiman99	Racemic crystallography	3D bioprinting, Magnetofection
Trevorburnes	Mitochondrial ribosome	Immediate early genes, Sonoporation
Zachbergevin	Protein-ligand docking	Dermal equivalent, Neo-organ
Manvely	Vroman effect	Restriction fragment mass polymorphism, Microgravity Bioprinting
Bmaghen	Sonoporation	Mitochondrial ribosome, Immediate early genes, Phenome-wide association study
Owenwilborn	Artificial transcription factor	DNA shuffling, MicroDNA
Edeckard
Neejpadman	Phenotypic Response Surfaces	Cell engineering, Whole genome bisulfite sequencing
Donnarahgoshay	Cationic liposome	Nanoporous materials, Exogenous DNA
Abnerndabad	Polyketide	Cell suspension, Peptide vaccine
Alib2022	Glycoprotein	Microcarrier, Termination signal
Benediktusrayo	Phenome-wide association study	Immediate early genes, Mitochondrial ribosome
Jneyyan	Microcarrier	Termination signal, Versutoxin
Aly Ross	Cell suspension	Nanoporous materials, Genome mining
NolanOriger	Cell engineering	Bio-layer interferometry, Whole genome bisulfite sequencing, Phenotypic Response Surfaces
22alia	DNA construct	Hormone, Restriction fragment mass polymorphism
Aspezikian	Dual therapy stent	Dermal equivalent, Protein-ligand docking
Nistoner	HIV Capsid Inhibition	Translational glycobiology, Diversity arrays technology
Biubiu44	Immediate early genes	Phenome-wide association study, Sonoporation
Banthas	Restriction fragment mass polymorphism	Vroman effect, DNA construct
Acd88	Magnetofection	Racemic crystallography, 3D bioprinting
BattIe5tar	Exogenous DNA	Cationic liposome, DNA end resection
Yutong Wu	Bispecific monoclonal antibody	Edman degradation, Origin of transfer
Dtbooth	3D bioprinting	Racemic crystallography, Magnetofection
Yadi Huo	Edman degradation	Chromosome jumping, Primer walking
Whatischemistry	Foreign body reaction	Vaccine storage, Microgravity Bioprinting
Bsien002	Microgravity Bioprinting	Vroman effect, Foreign body reaction
Audrickya29	Transdermal patch	Vaccine storage, Vaccinology
Teststudent2021

Timeline

Week 1

Course meetings

Monday, 4 October 2021 | Wednesday, 6 October 2021

In class - Introduction to the Wikipedia assignment

Welcome to your Wikipedia assignment's course timeline. This page guides you through the steps you'll need to complete for your Wikipedia assignment, with links to training modules and your classmates' work spaces.

Your course has been assigned a Wikipedia Expert. You can reach them through the Get Help button at the top of this page.

Resources:

Editing Wikipedia, pages 1–5
Evaluating Wikipedia

Assignment - Get started on Wikipedia

Create an account and join this course page, using the enrollment link your instructor sent you. (Because of Wikipedia's technical restraints, you may receive a message that you cannot create an account. To resolve this, please try again off campus or the next day.)

Milestones

This week, everyone should have a Wikipedia account.

Assignment - Evaluate Wikipedia

Assignment - Review the rules for health topics

Assignment - Choose possible topics and obtain approval

Resource: Editing Wikipedia, page 6

Week 2

Course meetings

Wednesday, 13 October 2021

Assignment - Training: Content gaps

Assignment - Add to an article

Assignment - Exercise

Assignment - Start drafting your contributions

Reach out to your Wikipedia Expert if you have questions using the Get Help button at the top of this page.

Resource: Editing Wikipedia, pages 7–9

Guide(s) for writing articles in your topic area

Chemistry

Genes and Proteins

Medicine

Milestones

Everyone has begun writing their article drafts.

Week 3

Course meetings

Monday, 18 October 2021 | Wednesday, 20 October 2021

Assignment - Continue to work on your article

Week 4

Course meetings

Monday, 25 October 2021 | Wednesday, 27 October 2021

Assignment - Peer review two articles

Guiding framework

In class - Discussion: office hours

Milestones

Every student has finished reviewing their assigned articles, making sure that every article has been reviewed.

Assignment - Respond to your peer review

You probably have some feedback from other students and possibly other Wikipedians. Consider their suggestions, decide whether it makes your work more accurate and complete, and edit your draft to make those changes.

Resources:

Editing Wikipedia, pages 12 and 14
Reach out to your Wikipedia Expert if you have any questions.

Week 5

Course meetings

Monday, 1 November 2021 | Wednesday, 3 November 2021

Assignment - Begin moving your work to Wikipedia

Now that you've improved your draft based on others' feedback, it's time to move your work live - to the "mainspace."

Resource: Editing Wikipedia, page 13

Assignment - Continue improving your article

Now's the time to revisit your text and refine your work. You may do more research and find missing information; rewrite the lead section to represent all major points; reorganize the text to communicate the information better; or add images and other media.

Assignment - Polish your work

Continue to expand and improve your work, and format your article to match Wikipedia's tone and standards. Remember to contact your Wikipedia Expert at any time if you need further help!

Week 6

Course meetings

Monday, 8 November 2021 | Wednesday, 10 November 2021

Assignment - Final article

It's the final week to develop your article.

Read Editing Wikipedia page 15 to review a final check-list before completing your assignment.
Don't forget that you can ask for help from your Wikipedia Expert at any time!

Milestones

Everyone should have finished all of the work they'll do on Wikipedia, and be ready for grading.