'Template strand' presentation slideshows

Gene - Sequence of Bases in DNA

693 views • 61 slides

Today

Today. Start insertion amplicon into vector *.ppt Brief intro TA cloning USE ORIGINAL PROTOCOL for cloning (topo-isomerase, TA, plating) Cloning Sanger Sequencing Edit Sanger sequencing snail 16S/COI. Position Lovelace Respiratory Research Institute (LRRI).

538 views • 39 slides

520 views • 36 slides

Transcription

524 views • 35 slides

The Cell

The Cell . Cell membrane components. Mostly proteins: on the surface ? receptor Below the surface ? mostly enzymes Across ? allows compounds to move in and out of the cell (channels or pumps). The cell needs to absorb and excrete various compounds throughout its life.

845 views • 32 slides

1.) DNA Extraction

778 views • 30 slides

CS 6990 Bioinformatics

CS 6990 Bioinformatics. Fall 2004 Dr. Susan Bridges. DNA, RNA, and Protein. Central Dogma of Molecular Biology. Transcription. Translation. Replication. DNA. RNA. Protein. Reverse Transcription. DNA. Base Pairs (bp). A, G Purines C, T Pyrimidines. Base Pairs in Detail.

397 views • 28 slides

Chapter 17

Chapter 17. 0. From Gene to Protein.

371 views • 27 slides

Fig. 16-9-3

692 views • 26 slides

Nucleic Acids (Chapter 26)

Nucleic Acids (Chapter 26). ? Composition of Nucleic Acids (26.2) nucleic acids are polymers of nucleotides (called polynucleotides) 3 parts of a nucleotide The Sugars. Heterocyclic nitrogen base. Phosphate group. Monosaccharide (a sugar). Oxygen missing. D-ribose (in RNA).

776 views • 25 slides

Protein Synthesis

Protein Synthesis. Transcription. Transcription. Transcription- Initiation. The enzyme, RNA Polymerase, binds to the segment of DNA that is to be transcribed Once, RNA Polymerase binds, it opens the double helix and transcription begins This occurs both in prokaryotes and eukaryotes

396 views • 22 slides

1. Copy the following DNA molecule: * ATTAGCTAGGACGA * TAATCGATC CTGC T

1. Copy the following DNA molecule: * ATTAGCTAGGACGA * TAATCGATC CTGC T. Transcribe the upper (template) strand into RNA. 2. Compare replication and transcription . Consider: Purpose, monomers, process, location, time (when).

303 views • 21 slides

Transcription

353 views • 18 slides

DNA

380 views • 17 slides

Transcription and Translation

Transcription and Translation. How DNA and RNA work together to make a protein. Proteins are made at RIBOSOMES by a process called PROTEIN SYNTHESIS. The instructions for making proteins comes from DNA. Proteins are synthesized with the help of THREE (3) types of RNA molecules:

335 views • 15 slides

tRNA

tRNA. tRNA. Transfer RNA (tRNA) is a small molecule, existing as a single-strand that is folded into a clover-leaf shape. tRNA. The role of tRNA is to bring the amino acids to a ribosome where protein synthesis is taking place. (more on this later).

505 views • 15 slides

Gene Expression: From Gene to Protein

Gene Expression: From Gene to Protein. 0. 14. Questions prepared by Brad Stith, University of Colorado Denver Louise Paquin, McDaniel College. The final product of an expressed gene can be which of the following? Also note the function of each. mRNA tRNA rRNA polypeptide.

263 views • 14 slides

Molecular Genetics

Molecular Genetics. DNA RNA Gene Expression. DNA and RNA. DNA deoxyribonucleic acid Deoxribose sugar 2 strands held together with H bonds ATGC are the nitrogen bases Double helix Found only inside the nucleus RNA ribonucleic acid Ribose sugar and AUGC nitrogen bases 1 strand

315 views • 13 slides

Chapter 15 Review

Chapter 15 Review. Michael Marsh (did all of the work) Diego Alberto Gutierrez (Slacked off) Justin Cruz (Helped). Central Dogma of Biology. DNA is transcibed to make mRNA which is translated to make a protein. Transcriptio n.

108 views • 4 slides

78 views • 1 slides