User:Eva Klinman

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(Registration/Questionnaire: 20.109 Spring 2008)
(Registration/Questionnaire: 20.109 Spring 2008)
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# microRNA
# microRNA
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==Registration/Questionnaire: 20.109 Spring 2008==
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==Classes and Research==
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===Last Name===
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Klinman
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===First Name===
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Eva
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===Preferred name===
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Eva
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===Course/Minor===
===Course/Minor===
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===Year of Graduation===
===Year of Graduation===
2010
2010
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===Telephone #===
 
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(202) 409 2660
 
===Email===
===Email===
eklinman AT mit DOT edu
eklinman AT mit DOT edu
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===Have you taken===
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===Related Classes===
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I have taken 5.07. I have not taken 7.06, and do not plan to take 7.02 or 5.310 (most likely, as I am not at this time planning to be pre-med)
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Previously:
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* 7.03
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* 5.07
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* 20.110
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* 5.12
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Currently:
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* 20.109
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* 6.00
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* 20.310
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Do you have any experience culturing cells (mammalian, yeast or microbial)?<br>  YES 
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===Lab Work===
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For three years, I worked at NIH, in the NICHD. I took part in the research being conducted in the lab of Dr. Brant Weinstein, working with vascular morphogenesis in embryonic zebrafish.
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Do you have any experience in molecular biology (electrophoresis, PCR, etc)?<br>  YES
 
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===Please briefly describe any previous laboratory experience===
 
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For three years, I worked at NIH, in the NICHD. I took part in the research being conducted in the lab of Dr. Brant Weinstein, working with vascular morphogenesis in embryonic zebrafish.
 
Currently, I work with Dr. Andreas Herrlich in the Lodish lab at the Whitehead. We are performing a large-scale high-throughput screen to test the effects a set of shRNAs designed to knock-down most human kinases and phophatases has on ectodomain cleavage. Specifically, we use osmotic stress as a cleavage stimulus to the EGF ligand TGF-alpha. We work in human Jurkat cells, and mouse Baf3 cell lines.
Currently, I work with Dr. Andreas Herrlich in the Lodish lab at the Whitehead. We are performing a large-scale high-throughput screen to test the effects a set of shRNAs designed to knock-down most human kinases and phophatases has on ectodomain cleavage. Specifically, we use osmotic stress as a cleavage stimulus to the EGF ligand TGF-alpha. We work in human Jurkat cells, and mouse Baf3 cell lines.
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===Anything else you would like us to know?===
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===Personal Info===
I am familiar with lab environments and tissue culture set-up and usage.
I am familiar with lab environments and tissue culture set-up and usage.
I am a very active person, and tend to dance often, and sing or hum without realizing it. If it causes others around me to get annoyed, please make me aware of what I'm doing and ask me to stop!
I am a very active person, and tend to dance often, and sing or hum without realizing it. If it causes others around me to get annoyed, please make me aware of what I'm doing and ask me to stop!
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===Outside Activities===
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* Dance Troupe
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* Next Act
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* UROP
==Useful links==
==Useful links==
*[[OpenWetWare:Welcome|Introductory tutorial]]
*[[OpenWetWare:Welcome|Introductory tutorial]]
*[[Help|OpenWetWare help pages]]
*[[Help|OpenWetWare help pages]]

Revision as of 20:53, 6 February 2008

I am a new member of OpenWetWare!

Contents

Contact Info

Eva Klinman's puppy
Eva Klinman's puppy

I work in the Lodish Lab at MIT, in the Whitehead. I research the role of ADAMs and their substrates in extracellular protein cleavage, based on a screen of different stresses in human Jurkat and mouse Baf3 cells.

Education

  • 2006, Winston Churchill High School
  • 2010, MIT: Biological Engineering, focus in Neuroscience

Research interests

  1. Neurons
  2. Alzheimer's disease
  3. microRNA

Classes and Research

Course/Minor

Minor: course 9, Neuroscience

Year of Graduation

2010

Email

eklinman AT mit DOT edu

Related Classes

Previously:

  • 7.03
  • 5.07
  • 20.110
  • 5.12

Currently:

  • 20.109
  • 6.00
  • 20.310

Lab Work

For three years, I worked at NIH, in the NICHD. I took part in the research being conducted in the lab of Dr. Brant Weinstein, working with vascular morphogenesis in embryonic zebrafish.

Currently, I work with Dr. Andreas Herrlich in the Lodish lab at the Whitehead. We are performing a large-scale high-throughput screen to test the effects a set of shRNAs designed to knock-down most human kinases and phophatases has on ectodomain cleavage. Specifically, we use osmotic stress as a cleavage stimulus to the EGF ligand TGF-alpha. We work in human Jurkat cells, and mouse Baf3 cell lines.

Personal Info

I am familiar with lab environments and tissue culture set-up and usage. I am a very active person, and tend to dance often, and sing or hum without realizing it. If it causes others around me to get annoyed, please make me aware of what I'm doing and ask me to stop!

Outside Activities

  • Dance Troupe
  • Next Act
  • UROP

Useful links

Personal tools