'Amino acid sequence' diaporamas de présentation

UNIT 2. Structure and function of proteins.

UNIT 2. Structure and function of proteins. OUTLINE. 2.1. Amino acids. Structure. Ionic properties/Acid-base properties Uncommon amino acids. 2.2. Peptides. Primary structure determination. Peptide bond. Nomenclatures of the peptides. Characteristics of the peptides.

948 views • 69 slides

Computation in Biology

Computation in Biology. Nagasuma Chandra Bioinformatics Centre & SERC IISc. Next-generation biologists must straddle computation and biology. Hierarchical structures in living systems. Cell. Tissue. Organelle. Organ. Macromolecule. Supramolesular assembly. Organism.

741 views • 59 slides

COLLAGEN

DR AMINA TARIQ BIOCHEMISTRY. COLLAGEN. OVER VIEW. Collagen and Elastin are the examples of fibrous proteins. These are basic structural elements. These proteins have special mechanical properties.

958 views • 44 slides

Carbohydrates

536 views • 43 slides

MUTATIONS

640 views • 42 slides

Introduction to Sequence Alignment

Introduction to Sequence Alignment. Why Align Sequences?. Find homology within the same species Find clues to gene function Practical issues in experiments Find homology in other species Gather info for an evolutionary model Gene families. The Most Visual Way of Aligning Two Sequences.

1.21k views • 41 slides

GEK1530

560 views • 40 slides

Mutations

Mutations. Lesson Objectives. Identify causes of mutation. Compare and contrast types of mutations. Explain how mutations may affect the organisms in which they occur. . What Are Mutations?.

1.03k views • 35 slides

Neural Networks for Protein Structure Prediction Brown, JMB 1999

550 views • 35 slides

Developing Pairwise Sequence Alignment Algorithms

Developing Pairwise Sequence Alignment Algorithms. Dr. Nancy Warter-Perez. Outline. Group assignments for project Overview of global and local alignment References for sequence alignment algorithms Discussion of Needleman-Wunsch iterative approach to global alignment

818 views • 33 slides

Mutations

565 views • 31 slides

HW # 80- Make cookies for the Cookie Mutation Lab Warm up

Week 24, Day Four. HW # 80- Make cookies for the Cookie Mutation Lab Warm up What are the different types of mutations? How are mutations related to evolution? Place your warm up in the center of the table. Place your Lab Evidence Packet (with the essay rubric) in the center of the table.

492 views • 29 slides

Mutations

486 views • 25 slides

Protein Synthesis

369 views • 22 slides

Developing Pairwise Sequence Alignment Algorithms

Developing Pairwise Sequence Alignment Algorithms. Dr. Nancy Warter-Perez. Outline. Overview of global and local alignment References for sequence alignment algorithms Discussion of Needleman-Wunsch iterative approach to global alignment

522 views • 18 slides

MOLECULAR SCREENING OF MHC RESISTANCE GENES IN WEST AFRICAN DWARF GOATS

Investigation Team: Prof. C.O.N. Ikeobi , Prof. M.O. Ozoje , Dr. A.O. Talabi , Dr. M. Okpeku and Dr. I.G. Imumorin PRESENTED BY Prof. C.O.N IKEOBI Department of Animal Breeding and Genetics, College of Animal Science and Livestock Production.

312 views • 15 slides

Defensive Proteins

Defensive Proteins . Hadley Jones & Jamie Levitt. What are they?. Destroy disease causing viruses and bacteria Fight against antigens (substance that stimulates the immune system to produce antibodies) Specific shape that binds with foreign substances to attack it

357 views • 12 slides

FIBRIN

FIBRIN. Drew Sivertsen. Amino Acid Sequence of Fibrin. Structure of Fibrin. It consists a blood-borne glycoprotein composed of three pairs of non-identical polypeptide chains. They are held together by a very thin thread

715 views • 10 slides

Elastin

746 views • 8 slides

Identification of Helix-Turn-Helix (HTH) DNA-Binding Motifs

Identification of Helix-Turn-Helix (HTH) DNA-Binding Motifs. Changhui Yan Department of Computer Science Utah State University. HTH Motifs. Protein sequences sharing low similarities can fold into a similar HTH structure. Identifying HTH motifs from sequence is extremely challenging

299 views • 6 slides