'Mouse brain' presentation slideshows

Project Proposal - CS3610 (Spring 2013)

Order of Speakers. Project Proposal - CS3610 (Spring 2013). Abed Dan Walker Yu Du Anatoli Teng Brian Becca Adrian Tim. Sean Xiangmin Koonwah Yuriy Ben Xiang John. Abed. Gnome Wide 4D Gene Expression Mapping in the Mouse Brain.

1.29k views • 128 slides

A SUITE OF WEB TOOLS FOR MORPHOMETRIC, GENETIC, AND MICROARRAY ANALYSIS OF THE MOUSE CNS

A SUITE OF WEB TOOLS FOR MORPHOMETRIC, GENETIC, AND MICROARRAY ANALYSIS OF THE MOUSE CNS. Glenn Rosen, Melburn Park, Robert Williams, Jonathan Nissanov, and Ken Manly. Informatics Center for Mouse Neurogenetics. The Mouse Brain Library - Rosen iScope -Williams, Park

690 views • 55 slides

746 views • 50 slides

The Realities of Rewarding and Recognizing Inter-disciplinary Activities

The Realities of Rewarding and Recognizing Inter-disciplinary Activities. Patricia Hurn Translational Neuroscientist Team scientist and collaborator PI NIH DISCLOSURE INFORMATION for Hurn PD The following relationships exist related to this presentation: NIH Grants NR03521.

516 views • 40 slides

Epigenetics and FASD

Epigenetics and FASD. Alterations in genomically imprinted miRNA and snoRNA clusters in a mouse model of Fetal Alcohol Spectrum Disorders (FASD). Benjamin I. Laufer, Katherine Mantha , Morgan L. Kleiber , Eric J. Diehl, Sean M.F. Addison, and Shiva M. Singh University of Western Ontario.

559 views • 32 slides

AO Microscopy of Biological Systems

AO Microscopy of Biological Systems. Slides thanks to Prof. Joel Kubby, EE at UCSC. Wide-Field AO Correction of Green Fluorescent Sample Beads. Drosophila Embryo. AO Off. AO On. Oscar Azucena, UCSC. AO in Astronomy and Biology. AO reveals a binary star. AO reveals distinct structures.

372 views • 29 slides

Yen Le Computation Biomedicine Lab Advisor: Dr. Kakadiaris

Automatic Multi-Region Segmentation Applied to Gene Expression Image from Mouse Brain. Yen Le Computation Biomedicine Lab Advisor: Dr. Kakadiaris. Problem Statement. Problem Statement: Segmentation anatomical regions of mouse brain gene expression images (in 2D or 3D)

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LPPD lab seminar, Wednesday, November 14, 2007

319 views • 9 slides

Reverse Engineering the brain

Reverse Engineering the brain. By: Christopher Pietrantoni. What is reverse engineering the brain?. Reverse engineer- to study or analyze in order to learn details of design, construction, and operation, perhaps to produce a copy or an improved version.

624 views • 8 slides

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Coomassie. a -PrP. a -GFP. 124-230. 124-230. 124-230. 124stop. 124stop. 124stop. Vector. CyPrP. CyPrP. CyPrP. Vector. Vector. *. *. CyPrP. ?250?. ?150?. *. *. 124stop. *. ?100?. 124-230. ?75?. ?50?. ?37?. ?25?. 100. N2a lysate. 80. Mouse brain. 60. 40. 20.

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Proteomics of Neuroregeneration: Discovery of a Biomarker of Brain Repair

Proteomics of Neuroregeneration: Discovery of a Biomarker of Brain Repair.

129 views • 1 slides

Tissue Imaging by 5 kHz High-Performance MALDI-TOF

Tissue Imaging by 5 kHz High-Performance MALDI-TOF. Poster Number TP191.

93 views • 1 slides

Supplemental Fig. 2

Fabio Arturo Iannotti, Elisabetta Panza, Vincenzo Barrese, Davide Viggiano, Maria Virginia Soldovieri, and Maurizio Taglialatela. Expression, Localization, And Pharmacological Role Of Kv7 Potassium Channels In Skeletal Muscle Proliferation, Differentiation And Survival After Myotoxic Insults .

111 views • 1 slides

0.00- 4.00

100. N2a lysate. 80. Mouse brain. 60. 40. 20. Frequency, %. 10. 0. 0.00- 4.00. 4.01- 8.00. 8.01- 12.00. 12.01- 16.00. 16.01- 20.00. 20.01- 24.00. 24.01- 28.00. 28.01- 32.00. 32.01- 36.00. Raw levels.

73 views • 1 slides