Top Banner
Structural variation in the human genome Lars Feuk, Andrew R. Carson and Stephen W. Scherer Nat. Rev. Gen. Feb 2006 Tarmo Puurand, 13.02.06
14

Structural variation in the human genome Lars Feuk, Andrew R. Carson and Stephen W. Scherer Nat. Rev. Gen. Feb 2006 Tarmo Puurand, 13.02.06.

Jan 08, 2018

Download

Documents

Cytogenetic detection and confirmation of structural variants.
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: Structural variation in the human genome Lars Feuk, Andrew R. Carson and Stephen W. Scherer Nat. Rev. Gen. Feb 2006 Tarmo Puurand, 13.02.06.

Structural variation in the human genome

Lars Feuk, Andrew R. Carson and Stephen W. Scherer Nat. Rev. Gen.

Feb 2006

Tarmo Puurand, 13.02.06

Page 2: Structural variation in the human genome Lars Feuk, Andrew R. Carson and Stephen W. Scherer Nat. Rev. Gen. Feb 2006 Tarmo Puurand, 13.02.06.
Page 3: Structural variation in the human genome Lars Feuk, Andrew R. Carson and Stephen W. Scherer Nat. Rev. Gen. Feb 2006 Tarmo Puurand, 13.02.06.

Cytogenetic detection and confirmation of structural variants.

Page 4: Structural variation in the human genome Lars Feuk, Andrew R. Carson and Stephen W. Scherer Nat. Rev. Gen. Feb 2006 Tarmo Puurand, 13.02.06.

Methods for detecting structural variants in the human genome.

Page 5: Structural variation in the human genome Lars Feuk, Andrew R. Carson and Stephen W. Scherer Nat. Rev. Gen. Feb 2006 Tarmo Puurand, 13.02.06.

Array-based, genome-wide methods for the identification of copy-number variants.

Page 6: Structural variation in the human genome Lars Feuk, Andrew R. Carson and Stephen W. Scherer Nat. Rev. Gen. Feb 2006 Tarmo Puurand, 13.02.06.

Multiplex PCR-based methods for the identification of copy-number variants.

Page 7: Structural variation in the human genome Lars Feuk, Andrew R. Carson and Stephen W. Scherer Nat. Rev. Gen. Feb 2006 Tarmo Puurand, 13.02.06.

The complexity of segmental duplications and copy-number variants.

Page 8: Structural variation in the human genome Lars Feuk, Andrew R. Carson and Stephen W. Scherer Nat. Rev. Gen. Feb 2006 Tarmo Puurand, 13.02.06.

Influence of structural variants on phenotype.

Page 9: Structural variation in the human genome Lars Feuk, Andrew R. Carson and Stephen W. Scherer Nat. Rev. Gen. Feb 2006 Tarmo Puurand, 13.02.06.

Inversions.

Disease Inversion Lenght Frequency

Haemophilia A Factor VIII gene

400 kb

Hunter syndrome IDS gene

Williams-Beuren syndrome

7q11.23 1,5 Mb 1/3 parents carry, 5% population

Angelman syndrome

15q12 4 Mb ½ parents carry, 9% population

Sotos syndrome 5q35 1,9 Mb In Japan, most fathers on these patients carry

Page 10: Structural variation in the human genome Lars Feuk, Andrew R. Carson and Stephen W. Scherer Nat. Rev. Gen. Feb 2006 Tarmo Puurand, 13.02.06.

The MHC Haplotype Project.

Page 11: Structural variation in the human genome Lars Feuk, Andrew R. Carson and Stephen W. Scherer Nat. Rev. Gen. Feb 2006 Tarmo Puurand, 13.02.06.

Sequence Variations between QBL and PGF.

Page 12: Structural variation in the human genome Lars Feuk, Andrew R. Carson and Stephen W. Scherer Nat. Rev. Gen. Feb 2006 Tarmo Puurand, 13.02.06.

Positional Distributions of Variations between COX and QBL in the HLA-DR Region.

Page 13: Structural variation in the human genome Lars Feuk, Andrew R. Carson and Stephen W. Scherer Nat. Rev. Gen. Feb 2006 Tarmo Puurand, 13.02.06.

Materials and methods.

Page 14: Structural variation in the human genome Lars Feuk, Andrew R. Carson and Stephen W. Scherer Nat. Rev. Gen. Feb 2006 Tarmo Puurand, 13.02.06.