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Stem Cells: Science and Society
Bio E 98/198FALL 2012
Lecture Hall: Lecture Hall: M 6-7pmM 6-7pm150 GSPP150 GSPP
Discussion Discussion Sections: Sections: W 6-7pm – 126 BarrowsTh 6-7pm – 150 GSPPF 6-7pm – 126 BarrowsW RON FILL IN
JEREMY HARDIN – JEREMY HARDIN – jeremyhardin@berkeley.edu ASHKAN AHMADIAN ASHKAN AHMADIAN – – aahmadian@berkeley.eduaahmadian@berkeley.edu
BRYAN BACH BRYAN BACH – – bryanbach@gmail.combryanbach@gmail.com
BRYAN AU-YEUNGBRYAN AU-YEUNG – – bkauyeung@berkeley.edubkauyeung@berkeley.edu
EUNICE LEEEUNICE LEE – – e.lee4@berkeley.edue.lee4@berkeley.edu
SHILPI CHOWDHURYSHILPI CHOWDHURY– – shilohsfuzzy@hotmail.comshilohsfuzzy@hotmail.com
DINA OBED DINA OBED – – dina.obed@berkeley.edudina.obed@berkeley.edu
ANGELICA TENGANGELICA TENG – – a_teng@berkeley.edua_teng@berkeley.edu
CHARMI BALSARA CHARMI BALSARA – – cbalsara@berkeley.edcbalsara@berkeley.eduu
RON SAHYOUNI RON SAHYOUNI – – sahyouniron@gmail.com sahyouniron@gmail.com
ARADHANA VERMA ARADHANA VERMA – – aradhanaverma@berkeley.eduaradhanaverma@berkeley.edu
EDWARD SHIN – EDWARD SHIN – donghoshin1991@berkeley.edudonghoshin1991@berkeley.edu
SALLY JEON – SALLY JEON – shjeon27@berkeley.edushjeon27@berkeley.edu
PATRICIA LEE PATRICIA LEE – – yoonsue0317@berkeley.eduyoonsue0317@berkeley.edu
FACULTY SPONSOR:
SANJAY KUMAR - skumar@berkeley.eduskumar@berkeley.edu
Facilitators
THE WEBSITESTHE WEBSITESdecal.org
bspace.berkeley.edu
THE E-MAILTHE E-MAIL
stemcelldecal@gmail.com
COURSE DESCRIPTIONCOURSE DESCRIPTION“Many believe the cures to most diseases lie in stem cell research, while others fear its repercussions will irreversibly and negatively alter our social conscience for life. This class takes you on a journey inside the stem cell revolution, where scientists, policy-makers, and philosophers will challenge you to think about the social, political, and even spiritual implications of this uncharted scientific frontier and formulate your own position on stem cell research.”
READINGREADING•You DO NOT need to purchase a reader
•All reading assignments shall be found on bSpace!
www.bspace.berkeley.edu
IntegBio 99/199 tab
Resources
•Finish assigned reading for each week and be prepared to discuss/answer quiz questions at respective sessions
CLASS REQUIREMENTSCLASS REQUIREMENTSWeekly reflection Weekly reflection on on GUESTGUEST lectures lectures
Typed, double-spaced, one FULL page
Turn in 8 out of 10 (at beginning of discussion each week) If you miss 3, you must do ONE makeup to pass If you miss If you miss 44, you will , you will not passnot pass..No Plagiarism: facilitators take turns reading the reflections, if you’re caught turning in the same reflection as your friend, you will be reported to the dept.
Weekly reading quizzes Weekly reading quizzes
Read the articles in the reader that are assigned each week
Correctly answer 3 out of 5 questions right to pass a quiz and pass 7 out of 10 quizzes
Questions are multiple choice or T/F and based exclusively on the articles from the reader that are assigned that week
FINAL PROJECTFINAL PROJECT1. Find a stem cell article to review and write 5 quiz-like questions w/ answers, and a 1 pg summary explaining why it should be included in the reader
2. Choice of one of the following:
a)One in-class stem cell-related presentation,
b)One stem cell-related activity/attend a stem cell event (turn in 1 pg. reflection)
We do not take attendance in discussion but you must pass at least 7 quizzes to pass the course – NO EXCEPTIONS
Stem Cell Event Example Elucidating telomerase function
using genetically defined human stem cell models
February 9 | 4-5 p.m. | 101 Life Sciences Addition
Featured Speaker: Dirk Hockemeyer, The Whitehead Institute
Solving the puzzle of stemness by genome and epigenome editing
February 16 | 4-5 p.m. | 101 Life Sciences Addition
Featured Speaker: Fyodor D. Urnov, University of California, Berkeley
ENROLLMENT:ENROLLMENT:Add whichever discussion suits you best according to your class level (lower/upper division). You can find the CCN’s on the decal.org site. Note that you need to be enrolled in both lecture and a discussion section (2 units).
If you are having any problems enrolling or with upper/lower division, please let us know ASAP
Taking the course again this semester? See us after class.
Please drop this course if you’re not interested or can’t meet the requirements!
Available TimesAvailable Times
W 10-11am – 2032 VLSBW 10-11am – 2032 VLSBW 6p-7pm – 2066 VLSBW 6p-7pm – 2066 VLSBTh 1p-2pm – 2032 VLSBTh 1p-2pm – 2032 VLSBF 10-11am – 2062 VLSBF 10-11am – 2062 VLSB
You are to attend your designated section regularly; should you be unable to attend one week, you can attend an alternate section but you must notify BOTH discussion leaders beforehand.
NO DISCUSSION UNTIL WEEK OF NO DISCUSSION UNTIL WEEK OF
FEB 6thFEB 6th
Miguel, Bonnie, JeremyMiguel, Bonnie, JeremyRon, AshkanRon, AshkanAradhana, Wisely, SaiAradhana, Wisely, SaiRain, Devi, AngelicaRain, Devi, Angelica
SSSCR Student Society for Stem Cell Research
Networking, research positions, advocacy
Seminars, conferences and fun events
Officer positions available
All majors welcome!
SSSCR Meeting TBA, if interested tell us after class
IB 98/198 Stem Cells: Outreach and Education • This course offers members of the Stem Cell Education
Outreach Program and new participants the option to receive credit for their participation, as well as expand their knowledge on current stem cell topics and pedagogy.
• Students will not only give existing presentations to Bay Area high school classes, but will also work to develop their public speaking abilities, expand their PowerPoint presentation making capabilities, and learn the importance of maintaining a discourse between academia and the general public.
Info Session 2066 VLSB on Tuesday, February 1st , 7-9pm
• 1 unit P/NP• Requires a background in stem cell science
What is stem cell research? Understand more about development, aging,
diseaseExperimental model systems
Prevent or treat diseases and injuriesCell-based therapiesPharmaceutical development
○ Includes testing and drug delivery
This cellCan form the
entire human being
This cellCannot form the
entire human being
Fully mature
Bone marrow transplant:Example of adult stem cell-based therapy
Induced Pluripotent Stem (iPS) CellsGenetically engineering new stem cells
Skin cells iPS cells
Spinal cord injury:Example of embryonic stem cell-based therapy
Experimental model systemHeart muscle cells beating in a petri dish!
Videos by the Exploratorium
Trachea transplantation:Example of stem cell-based tissue regeneration
YOUR TO-DO LIST:YOUR TO-DO LIST:1.Make sure you are enrolled in the lecture on Telebears
2. Read Week 1 for next week [bSpace Resources]
3.DON’T go to discussion this week!
4.Make sure you have a tab on bSpace for the course. If not, let us know.
Have a great week!!!
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