PPT-ABPG 2017 Lecture/lab #8

Short Middle and Long range non radomness in the Human Genome Alexei Fedorov Genomic midrange inhomogeneity correlates with an abundance of RNA secondary structures Bechtel JM Wittenschlaeger T Dwyer T Song J Arunachalam S Ramakrishnan SK Shepard S Fedorov A. BRIM. Exome. sequencing project. Alexei Fedorov. TOPICS:. Files: . Fastq. , . sam. , bam, . vcf. , bed;. Reference Human Genome;. Transferring files (FTP, SFTP, . wget. ). Input data: “. Fastq. ” files. Visualization and examination . of . BAM files. Integrative Genomics Viewer . http://software.broadinstitute.org/software/igv/. . Supporting materials. http://software.broadinstitute.org/software/igv/book/export/html/. PHY 745 Spring 2017 -- Lecture 4. 1. PHY 745 Group Theory. 11-11:50 AM MWF Olin 102. Plan for Lecture 4:. The “great” . orthogonality. theorem. Reading: Chapter . 2. in DDJ. Schur’s. lemmas. PHY 712 Spring 2017 -- Lecture 17. 1. PHY 712 Electrodynamics. 9-9:50 AM Olin 103. Plan for Lecture 17:. Read Chapter 7. Real and imaginary contributions to electromagnetic response. F. requency . dependence of dielectric materials; . Advanced fundamental topics. Flammability & extinction limits. Description of flammability limits. Chemical kinetics of limits. Mechanisms . of limits. Buoyancy effects - upward & downward. Conduction heat loss to tube walls. 1. Introduction to ECEn 490. ECEn 490 –Win 2017 Lecture # 1. 2. Welcome to . ECEn. 490—Senior Projects. Who am I?. Douglas Clifford. Background. BSEE BYU, MSEE Stanford, MBA CSU. 28 years with Hewlett-Packard Co. Engineering and General Management.. Lecture 9: Nonpremixed flames, edge flames. AME 514 - Spring 2017 - Lecture 9. Turbulent combustion (Lecture 3). Motivation (Lecture 1). Basics of turbulence (Lecture 1). Premixed-gas flames. Turbulent burning velocity (Lecture 1). 1. PHY 745 Group Theory. 11-11:50 AM MWF Olin 102. Plan for Lecture 24:. Jahn. -Teller Effect. S. ection 7.7 in . DDJ. Example of tetrahedral molecule with doubly or triply degenerate electronic states.. Lecture . 25: Dependability . and . RAID. Krste. . Asanović. & Randy H. Katz. http://inst.eecs.berkeley.edu/~. cs61c/fa17. 11/27/17. Fall . 2017. . – Lecture #25. 1. Storage Attachment Evolution. Instructor: Dr. Michael Geiger. Summer 2017. Lecture 1: . . Course overview. Role of ISA. Data types, storage, and addressing. Lecture outline. Announcements. HW 1 due 1:00 PM, 5/18. Exam 3: 6/22 instead of 6/26?. microRNA. . siRNA. . piwiRNA. 2. Homework (part. 1, watching . assignment). . www.massachusetts.edu/mello/index.html. https://www.youtube.com/watch?v=. 5ZE7o_bRekk. (Video for HW#1). Write . down all important and interesting facts on . . In developmental biology, . cellular differentiation. is the process . where . a cell changes from one cell type to . another.. Most . commonly the cell changes to a . more specialized type. . . Differentiation . . During . development, epigenetic information . is . acquired in a progressive . manner.. These . changes regulate the transcriptional . programme. during . lineage . commitment. . . Dynamic . regulation . for. Life . Sciences. : . Cellular. . Programs. . Leistungspunkte/. Credit. . points. :. 5 (V2/Ü1). This . course. . is. . taught. in English . language. .. The material (. from. . books. .