hammerlab.biosci.arizona.edu
The Hammer Lab
http://hammerlab.biosci.arizona.edu/people.html
Research Scientist and Professor. Michael F Hammer is a Research Scientist in the Arizona Research Laboratories. The genetic basis of adaptation to climatic stress in Siberian indigenous populations" The native populations of Siberia provide the best opportunity to investigate the genetic basis of cold resistance given their long-term residence in some of the coldest climates on earth. The combination of dense genetic data, wide geographic population coverage, and several powerful methods for detecti...
symmetrias.org
Computing for Science and Education Institute (CSEI)
http://symmetrias.org/about.html
Computing for science and education institute. Raquo; About «. About the CSE Institute. Goals and Mission Statement. The CSE Institute has several goals regarding computational science:. To provide computing support for a small number of science professionals involved in local research projects. To call attention to the current need for students, teachers and professionals to be cross-trained. In computer science, traditional sciences and mathematics. What is Computational Science? Computational Science ...
mfc.engr.arizona.edu
The Micro / Nano Fabrication Center at the University of Arizona
http://mfc.engr.arizona.edu/thank_you.htm
A special THANK YOU. To the following for. Their generous donation of time and material! Freeport McMoRan Copper and Gold, Inc. SRC/Sematech Engineering Research Center. Dr Srini Raghavan, Dr. Farhang Shadman. Stanford Nanofabrication Facility (SNF). Dr Tarek Makansi, Mark Evers, Mike Berman. Texas Instruments-Tucson, Inc. Paul Prazak, Greg Waterfall, George Cantu , Sharon Hicks, Jay Barber (TFAB), Phil Kenny (TFAB). University of Louisville, Tech Center.
mfc.engr.arizona.edu
The Micro / Nano Fabrication Center at the University of Arizona
http://mfc.engr.arizona.edu/facilities.html
The Class 100 clean room. A fully functional Photolithography area: UV/DUV alignment/exposure tools for substrates up to 6 in diameter with infrared backside alignment capability. UV Blanket exposure system for lower resolution pattern transfers. A solvent hood and an acid/base hood. Spin coaters and spin rinse dryers. A thermal oxidation and anneal area: furnaces that will handle up to 5 substrates. Metallization area: e-beam deposition, thermal evaporators, sputter deposition. The Class 10 clean room.
mfc.engr.arizona.edu
The Micro / Nano Fabrication Center at the University of Arizona
http://mfc.engr.arizona.edu/access.htm
We look forward to providing our potential academic and industrial clients with research space and required facilities along with fabrication services. Please don't hesitate to. To discuss your needs. Safety Training and Keys/Codes. Step-by-step Cleanroom Gowning Instruction. CORAL Training for On-line Equipment Reservations. Facilities Requirement Checklist for Client Equipment. Internal URIC Compressed Gas Rates. Safety is always First! 1230 E. Speedway Blvd. Tucson, AZ 85721-0104.
uagc.arl.arizona.edu
Sequencing | University of Arizona Genetics Core
http://uagc.arl.arizona.edu/faqs/sequencing
Illumina HiSeq - SLM Submission Instructions. Transgenic Mouse Genotyping Submission. High Throughput DNA Extraction. High Recovery DNA Extraction. Oragene Discover Kit DNA Extraction. Quick and Easy DNA Extraction. Illumina HiSeq 2000 2500. SNP Genotyping- Mass Array. How do I begin using the University of Arizona Genetics Core sequencing facility? University of Arizona KFS accounts may be used to pay for services rendered. The account must be current, and contain enough funds to cover the charges.
uagc.arl.arizona.edu
Protocols | University of Arizona Genetics Core
http://uagc.arl.arizona.edu/resources/protocols
Illumina HiSeq - SLM Submission Instructions. Transgenic Mouse Genotyping Submission. High Throughput DNA Extraction. High Recovery DNA Extraction. Oragene Discover Kit DNA Extraction. Quick and Easy DNA Extraction. Illumina HiSeq 2000 2500. SNP Genotyping- Mass Array. Homogenize tissue with very cold mortar and pestle or homogenizer. Transfer tissue into 1.7mL Eppendorf tube or 25mL Falcon tube. Add 10μL TRIZOL / mg tissue, vortex thoroughly. Let stand at room temperature for 5 minutes. Low TE pH 8.0.
bcf.arl.arizona.edu
Susan Miller | BioComputing Facility
http://bcf.arl.arizona.edu/susanmiller
FAQs and HowTo's. Setting up Spark chat client. To help researchers with scripting, R/Bioconductor, databases, etc. Assistance with High Throughput Computing. Assistance with Next Gen Sequencing Data Analysis (Illumina, 454, Ion Torrent).
bcf.arl.arizona.edu
Access | BioComputing Facility
http://bcf.arl.arizona.edu/access
FAQs and HowTo's. Setting up Spark chat client. Use this page to request various computer account actions; new accounts, remove idle accounts. Please review the BCF Computer Usage Policy. Before requesting an account. We currently offer Linux accounts and can assist with applications run on the campus supercomputer:. U of A High Performance Computing. BCF requires users to have passwords that meet or exceed the requirements specified by UAs University Information Technology Services ( UITS.