Figure S4 Chr1 : CNAG_00378 CNAG_07950* CNAG_07358* CNAG_00383

Slides:



Advertisements
Similar presentations
Genomics – The Language of DNA Honors Genetics 2006.
Advertisements

Chapter 7b - Transposable elements:
Describe the structure of a nucleosome, the basic unit of DNA packaging in eukaryotic cells.
Visualization of genomic data Genome browsers. UCSC browser Ensembl browser Others ? Survey.
Predicting the Function of Single Nucleotide Polymorphisms Corey Harada Advisor: Eleazar Eskin.
Visualization of genomic data Genome browsers. How many have used a genome browser ? UCSC browser ? Ensembl browser ? Others ? survey.
Investigating the Importance of non-coding transcripts.
Advanced Microbial Physiology
P247. Figure 9-1 p248 Figure 9-2 p251 p251 Figure 9-3 p253.
Genetic Recombination 3 by: Nouf alyami. Content I. INTRODUCTION. II. GENERAL RECOMBINATION III. SITE-SPECIFIC RECOMBINATION.
Online Counseling Resource YCMOU ELearning Drive… School of Architecture, Science and Technology Yashwantrao C havan Maharashtra Open University, Nashik.
Eukaryotic Gene Expression The “More Complex” Genome.
EXPLORING DEAD GENES Adrienne Manuel I400. What are they? Dead Genes are also called Pseudogenes Pseudogenes are non functioning copies of genes in DNA.
Copyright ©The McGraw-Hill Companies, Inc. Permission required for reproduction or display CHAPTER 17 RECOMBINATION AND TRANSPOSITION AT THE MOLECULAR.
Protein Synthesis 12-3.
Genomes & their evolution Ch 21.4,5. About 1.2% of the human genome is protein coding exons. In 9/2012, in papers in Nature, the ENCODE group has produced.
12-3 RNA and Protein Synthesis
Chapter 11: Functional genomics
Prokaryotic cells turn genes on and off by controlling transcription.
( ) 2.2 FC autism control FGR1OP2. ( ) 1.4 FC autism control SMAD2.
Transposable Elements DNA Sequences That Change Positions in the Genome.
.1Sources of DNA and Sequencing Methods.1Sources of DNA and Sequencing Methods 2 Genome Assembly Strategy and Characterization 2 Genome Assembly.
1. What’s the homologous series?. 2. What’s the homologous series?
CFE Higher Biology DNA and the Genome Transcription.
Question of the DAY Jan 14 During DNA Replication, a template strand is also known as a During DNA Replication, a template strand is also known as a A.
Gene Expression & Regulation Chapter 8.6. KEY CONCEPT Gene expression is carefully regulated in both prokaryotic and eukaryotic cells.
Genetic Code and Interrupted Gene Chapter 4. Genetic Code and Interrupted Gene Aala A. Abulfaraj.
Gene Expression: Prokaryotes and Eukaryotes AP Biology Ch 18.
En/Spm transposable element system of maize
Transposable Elements
Transcription: DNA  mRNA
5' breakpoint in intron 2 (chr19:1,219,187-1,219,238 shown)
Genomes and Their Evolution
SGN23 The Organization of the Human Genome
Transposable Elements And Transposition
Pick a Gene Assignment 4 Requirements
Protein Synthesis Genetics.
Lecture 6 By Ms. Shumaila Azam
Transposons and Mechanisms of Transposition
Prokaryotic cells turn genes on and off by controlling transcription.
Central Dogma.
Visualization of genomic data
Prokaryotic cells turn genes on and off by controlling transcription.
Transcription -The main purpose of transcription is to create RNA from DNA because RNA leaves the nucleus to carry out its functions but DNA does not -A.
DNA and the Genome Key Area 3b Transcription.
Using DNA Subway in the Classroom
Figure 9. Categories of pha-siRNA-yielding genes
Figure 6. Categories of pha-siRNA-yielding genes
Daily Warm-Up Dec. 11th -What are the three enzymes involved with replication? What is the function of each? Homework: -Read 13.1 Turn in: -Nothing.
Prokaryotic cells turn genes on and off by controlling transcription.
Gene Expression Activation of a gene to transcribe DNA into RNA.
Sex Determination: Balancing Selection in the Honey Bee
AH Biology: Unit 1 Proteomics and Protein Structure 1
Working in the Post-Genomic C. elegans World
Prokaryotic cells turn genes on and off by controlling transcription.
The Structure of the Genome
#4 Explorations Workbook Pg 212 Similar Figures
Figure 9. Categories of pha-siRNA-yielding genes
.1Sources of DNA and Sequencing Methods 2 Genome Assembly Strategy and Characterization 3 Gene Prediction and Annotation 4 Genome Structure 5 Genome.
Evolution and Natural Selection
Prokaryotic cells turn genes on and off by controlling transcription.
Figure S1. eHwalsbyi 063 eHwalsbyi 421 eHwalsbyi 503 eHwalsbyi 539
Genome evolution: Sex and the transposable element
Prokaryotic cells turn genes on and off by controlling transcription.
Similarities Differences
Prokaryotic cells turn genes on and off by controlling transcription.
Rational Numbers and Irrational Numbers
Volume 11, Issue 7, Pages (May 2015)
Gene editing in hemophilia: a “CRISPR” choice?
Presentation transcript:

Figure S4 Chr1 : 968475..1010151 CNAG_00378 CNAG_07950* CNAG_07358* CNAG_00383 * share sequence similarities with transposases Chr2 : 831923..895839 CNAG_03796 CNAG_03797* CNAG_03798* CNAG_03805 * very poorly transcribed in all conditions tested. share sequence similarities with transposases Chr3 : 1368078..1411498 CNAG_02561 CNAG_07972 CNAG_06879 exon miscRNA

Chr4: 706259..754424 CNAG_05202 CNAG_05212* CNAG_05215 CNAG_07819* * share sequence similarities with transposases Chr5: 1555039..1581098 CNAG_00960 CNAG_07447* CNAG_00941 *CNAG_07447 is poorly expressed in all tested conditions and share sequence similarities with transposases CNAG_02254 CNAG_07643* CNAG_02253* CNAG_07644* CNAG_02241 Chr6: 777396..822756 * CNAG_07643, 02253 and 07747 are very poorly transcribed in all conditions tested. Share no homology with any protein exon miscRNA

CNAG_06699 CNAG_05671 CNAG_05670* * CNAG_05670 is very poorly transcribed in all conditions tested Low similarities with transposases Chr7: 523624..573113 CNAG_03251 CNAG_03252* CNAG_03258 Chr8: 449948..507676 * CNAG_03252 is very poorly expressed in all conditions tested. No homology with any known protein Chr9: 79939..845219 CNAG_04417 CNAG_7769 exon miscRNA

Chr10: 197074..232221 CNAG_04857 CNAG_04855 Chr11: 866489..934650 CNAG_01780 CNAG_01781* CNAG_01787* CNAG_01788 *CNAG_01781 and CNAG_01787 show some similarities with transposable elements. Chr12: 136445..171981 CNAG_06036 CNAG_06048 exon miscRNA

Chr14: 438184..479950 Chr13: 575725..634634 exon miscRNA CNAG_06475 *Poorly expressed in all tested conditions. CNAG_5487 and CNAG_8026 share low sequence similarities with transposases. CNAG_07882 share non homology with any known protein. exon miscRNA