'Short tandem repeats' presentation slideshows

DNA Analysis

1.04k views • 79 slides

Genomes & their evolution

968 views • 78 slides

Forensic DNA Analysis (Part II)

Forensic DNA Analysis (Part II). Summary. What is DNA?. Where is DNA found in the body?. How does DNA differ among individuals?. Forensic DNA Analysis. DNA and Statistics. Forensic DNA Analysis. Reading of Chapter 13.

1.25k views • 48 slides

Chapter 14

Chapter 14. Molecular Oncology. Objectives. Contrast tissue-specific and tumor-specific molecular targets. List molecular targets that are useful for diagnosis and the monitoring of solid tumors. Explain how microsatellite instability is detected.

887 views • 43 slides

Objective: SWBAT explain how crime scene evidence is processed to obtain DNA.

Do Now : So far we have completed two DNA extraction (banana and human). W e used spoons, cups and toothpicks in both labs. List 3 more materials that we used in BOTH labs. Using your DNA molecule that we build, label two nucleotides, 4 nitrogen bases and the backbone of DNA.

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DNA Fingerprinting & Forensic Analysis

DNA Fingerprinting & Forensic Analysis. How is DNA Typing Performed?. Only one-tenth of 1% of DNA differs in each person; this variation can create a DNA profile of an individual

630 views • 34 slides

Melissa May

730 views • 33 slides

The Case of the Druid Dracula: Clicker Case Version

by Norris Armstrong, Terry Platt, and Peggy Brickman. The Case of the Druid Dracula: Clicker Case Version. Adapted from Brickman (2004). The Case of the Druid Dracula . National Center for Case Study Teaching in Science, University at Buffalo, State University of New York. .

1.16k views • 27 slides

Fatchiyah, PhD Dept Biology UB Fatchiyah.lecture.ub.ac.id

Fatchiyah, PhD Dept Biology UB Fatchiyah.lecture.ub.ac.id. Why do we care about genetic variations?. 1. Genetic variations underlie phenotypic differences among different individuals.

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DNA Fingerprinting: UWC developments on Y-chromosome profiling

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372 views • 22 slides

DNA Forensic Identification

DNA Forensic Identification . Ashley Kowaleski I400. Objectives. What is forensic science? How and when did forensics begin? When was DNA identification discovered? What is DNA identification used to determine? What exactly are forensic scientist looking for?

621 views • 19 slides

Polymerase Chain Reaction

DNA Fingerprinting. Polymerase Chain Reaction. What is DNA profiling?. DNA profiling is the use of molecular genetic methods to determine the exact genotype of a DNA sample to distinguish one human being from another . The unique genotype of each sample is called a DNA profile .

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DNA Fingerprinting

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A C G C A C TT C A G AA C G C G T A C T G A C T G AA

2. 3. 4. A C G C A C TT C A G AA C G C G T A C T G A C T G AA. Blackett Family DNA Paternity Study. T G C G T G AA G T C TT G C G C A T G A C T G A C TT. Use of Short Tandem Repeats. Non-coding sections (do not code from proteins) Inherited from parents

484 views • 18 slides

Genomes as the Hub of Biology

Genomes as the Hub of Biology. UNIT 2. The hub of biology. As biologists, we seek not only to understand how a single organism works, but how organisms interact. The same is true for genomes. To see life clearly, we must understand how genomes relate to one another.

271 views • 15 slides

Mandatory DNA Testing for Trial

Mandatory DNA Testing for Trial. Chris Lewis. Background. Only about 5% of DNA encodes for proteins. The other 95% of DNA is junk DNA and Variable Number Tandem Repeats (VNTR). This what forensic scientists target when they are analyzing the DNA.

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DNA Detectives

367 views • 11 slides

DNA profiling

221 views • 10 slides

Forensic Science

309 views • 10 slides