'Biological entities' presentation slideshows

Genomics and gene recognition

1.88k views • 157 slides

Molecular Phylogenetics

Molecular Phylogenetics. Dan Graur. Objectives of molecular phylogenetics. Reconstruct the correct evolutionary relationships among biological entities Estimate the time of divergence between biological entities Chronicle the sequence of events along evolutionary lineages.

1.12k views • 74 slides

PML: Toward a High-Level Formal Language for Biological Systems

PML: Toward a High-Level Formal Language for Biological Systems. Bor-Yuh Evan Chang and Manu Sridharan Computer Science Division University of California, Berkeley BioConcur, Marseille September 6, 2003. Why Formal Models for Biology?.

457 views • 38 slides

Literature Mining for the Biologists

Literature Mining for the Biologists . Santhosh J. Eapen sjeapen@spices.res.in. Present scenario. Generation of large scale literature data no longer possible for a researcher to keep up-to-date with all the relevant literature manually. What is Literature Mining?.

511 views • 37 slides

Science, Biotechnology, and the Pursuit of Truth

Science, Biotechnology, and the Pursuit of Truth. Images from www.usda.gov. Listen here: http://www.npr.org/programs/morning/features/2001/nov/biotech/011115.biotech.html. What is Genetic Engineering?. The use of biological entities as a tool. A subtopic of Biotechnology

520 views • 37 slides

Regulatory workflow for Registration of Biosimilar products in Egypt

Regulatory workflow for Registration of Biosimilar products in Egypt. Presented by: Dr /Mona Saleh. Biologicals Registration Directorate Central Administration for Pharmaceutical Affairs www.eda.mohealth.gov.eg biosimilars@eda.mohealth.gov.eg. Topics discussed in the presentation.

796 views • 33 slides

Design by DNA an analogical approach to design

Design by DNA an analogical approach to design. Damian Rogers. What is Design by DNA?. Method to design the functional form of a product IE: the characteristics a product must have in order to describe its function in relation with requirements (do 0-60 in 3s)

421 views • 30 slides

RDFScape : Semantic Web meets Systems Biology

RDFScape : Semantic Web meets Systems Biology. Andrea Splendiani BMC Bioinformatics, 2008. Hyewon Lim SNU IDB Lab. July 25 th , 2008. Contents. Background Methods Results Discussion Conclusions. Background (1/4).

393 views • 26 slides

Searching Biochemistry SF-hbz meeting 2010

Searching Biochemistry SF-hbz meeting 2010. Biochemistry is a cornerstone of the CAS databases. Dedicated 19 sections for Biochemistry Almost 25,000 journal references in the biochemistry section from German universities in 2008-now Published in over 2600 different journals

520 views • 25 slides

Introduction to

Introduction to. The Centre for Neuro-Electronic Research Flanders Bart De Moor. The human brain. 10 12 cells 25.000 connections / cell ! 10 16 connections ! how do they talk to each other link with behavior. Current strategies. single electron transistors

382 views • 25 slides

MUTATION

353 views • 24 slides

Transition metal chemistry

546 views • 19 slides

417 views • 17 slides

INFOBIOMED

INFOBIOMED. NoE. WP 6.1 Pharmainformatics. Exploitation of Biomedical Informatics In Drug Discovery. INFOBIOMED. NoE. WP 6.1 Pharmainformatics. Overall Needs Disease Understanding Biochemical/Genetic Context Drug/Ligand Characterisation Adverse Effect Deconvolution. INFOBIOMED. NoE.

294 views • 16 slides

The reductionist blind spot:

The reductionist blind spot:. higher-level entities and the laws they obey. Russ Abbott Department of Computer Science California State University, Los Angeles.

276 views • 14 slides

ICH Q-IWG Integrated Training Programme

ICH Q-IWG Integrated Training Programme. J.-L. Robert, Q-IWG Rapporteur . Disclaimer. The information within this presentation is based on the ICH Q-IWG members expertise and experience, and represents the views of the ICH Q-IWG members for the purposes of a training workshop.

440 views • 12 slides

Topic 2: Cells

Topic 2: Cells. (12 hours). 2.1.1 Outline the cell theory. Include the following. Living organisms are composed of cells. Cells are the smallest unit of life. Cells come from pre-existing cells. The definition of a living thing is: It is made up of one or more cells

390 views • 11 slides

Bacteriophage Taxonomy

286 views • 9 slides

Viruses dead or alive

629 views • 9 slides

Results

Information Extraction as Link Prediction: Using Curated Citation Networks to Improve Gene Detection Andrew Arnold and William W. Cohen Machine Learning Department, Carnegie Mellon University. Introduction. Data. Experiment.

101 views • 1 slides