'Methylation' diaporamas de présentation

Biochemical Imbalances in Mental Health Populations

Biochemical Imbalances in Mental Health Populations. William J. Walsh, Ph.D. Walsh Research Institute Naperville, IL. Walsh Research Institute. Public Charity Expertise in Biochemistry & Nutrient Therapy Brain Research Clinical Development Book Project International Physician Training.

2.09k views • 188 slides

Epigenomics : methylation and histone modifications

Epigenomics : methylation and histone modifications. Benjamin Rodriguez, PhD Wei Li and Peggy Goodell Labs Baylor College of Medicine. Molecular Biology Refresher Course with Bioinformatics Sept 4th 2015. Software, Sites, Materials. Course Materials:

1.6k views • 92 slides

DAH3.1 Mass Spectrometry

DAH3.1 Mass Spectrometry . Kathryn Lilley Cambridge Centre for Proteomics Department of Biochemistry University of Cambridge k.s.lilley@bioc.cam.ac.uk www.bio.cam.ac.uk/proteomics/. Part III Systems Biology. Cambridge Centre for Proteomics. Definition of the Proteome

726 views • 54 slides

Predicting the response of cervical cancer to radiotherapy

Predicting the response of cervical cancer to radiotherapy. Identification of hypermethylation based markers. Frank Roossink. Cervical cancer. Introduction Cervical cancer Epigenetics Chromatin structure DNA methylation Project Aim Hypothesis Gene Selection Biotrove MSP

651 views • 44 slides

505 views • 42 slides

Epigenesis and Genetic Regulation

Epigenesis and Genetic Regulation. Mechanisms of Gene Expression. 1) X chromosome inactivation (Lyonization). 2) Genomic Imprinting. 3) RNA Splicing. 4) Photocopy (Transcriptional) Regulation. 4.a) Methylation. 4.b) Transcription Factors. 5) Packaging (Post-Translational) Regulation.

821 views • 37 slides

How do proteins find their way to their sites in chromatin?

How do proteins find their way to their sites in chromatin? (and how are regions kept condensed and silent?). Protein scaffold holding DNA loops. Answer: there are chromatin-remodeling factors in cells. These make specific regions of chromatin accessible to the transcription machinery.

455 views • 34 slides

Jeopardy

Jeopardy. PCR is possible due to the discovery and use of thermostable polymerases. Why was this crucial to the PCR process?. The steps of PCR run at much higher temperatures than occur in most living organisms. Why do forensic labs analyze non-coding DNA and not coding areas of a chromosome?.

407 views • 31 slides

Biosynthesis and degradation of proteins

Biosynthesis and degradation of proteins. Bruno Sopko. Content. Proteosynt hesis Post-translation processing of proteins Protein degradation. Proteosynthesis. Aminoacyl-tRNA formation Iniciation Elongation Termination. Aminoacyl - tRNA formation.

571 views • 29 slides

Genomic Imprinting

2.05k views • 26 slides

Exploring Monoallelic Methylation Using High-throughput Sequencing

Exploring Monoallelic Methylation Using High-throughput Sequencing. Cristian Coarfa Ronald Harris Aleksandar Milosavljevic Joe Costello. Sequence-based profiling of DNA methylation: comparisons of methods and catalogue of allelic epigenetic modifications

342 views • 20 slides

Epigenetics: what is it and why does it happen?

670 views • 19 slides

Chemotaxis: Another go

Chemotaxis: Another go. Chrisantha Fernando Systems Biology Centre Birmingham University. Now add Chemoattractant. CheA. CheB. CheB-P. CheY-P. CheY. Motor. TUMBLE. RUN. = Active Tar. = Inactive Tar. = Methyl group. R. R m. CheA-P. Tumbling via CheY. R m. R. S. CheA. CheAP.

318 views • 18 slides

Loss of MLH1 Expression due to Promoter Methylation in Cases Referred for HNPCC

Loss of MLH1 Expression due to Promoter Methylation in Cases Referred for HNPCC. Lorraine Hawkes Kennedy Galton Centre. Hereditary Non-Polyposis Colon Cancer. Inherited pre-disposition to colorectal cancer as well as others - endometrial, ovarian, stomach and small bowel

315 views • 16 slides

CpG island hypermethylation in lung neuroendocrine tumors

390 views • 14 slides

MN-B-C 2 Analysis of High Dimensional (-omics) Data

266 views • 13 slides

Phase II Reactions

Phase II Reactions. Conjugations/synthetic Usually make drugs more polar, more ready for excretion. Acetylation. Amino Acid Conjugation. Glutathione Conjugation. Methylation. Sulfate Conjugation. Sulfate Conjugation.

455 views • 10 slides

Abstract

Abstract.

142 views • 8 slides

100

A). Healthy. 100. 90. 80. LAB1. 70. LAB2. % methylation. 60. LAB3. 50. LAB4. 40. LAB5. 30. 20. 10. 0. NESP55 GNAS-AS XL ? s A/B. Complete GOM/LOM. B). 100. 90. 80. LAB1. 70. LAB2. 60. LAB3. % methylation. 50. LAB4. 40. LAB5. 30. 20.

238 views • 5 slides

23 CpGs

EGFP. Figure S3: DNA methylation analysis on SFFV and EF1 ? promoters in P19 cells following the lentivirus transduction. SFFV. SP1. Enhancer core. CAAT. TATA. 23 CpGs. A. B. EGFP. EF1a. CAAT. TATA. 21 CpGs. C.

147 views • 1 slides