News

Combinations May Confer Benefit in MDS Management

OncLive

Genome hypermobility by lateral transduction

Science Magazine

Top News in Rheumatology October 01 2018 (7 of 7)

MD Linx
Kevin Shannon, MD, has been studying the genetics of familial monosomy 7 disorder for 30 years. Credit: University of California, San Francisco
Kevin Shannon, MD, has been studying the genetics of familial monosomy 7 disorder for 30 years. Credit: University of California, San Francisco

Embark Dog DNA Test Kit Review & Rating

PCMag

Genetic link to insomnia found

News-Medical.net
The study authors are Tamara Lamprecht, Jason Schwartz, M.D., Jing Ma, Ph.D., and Jeffrey Klco, M.D., Ph.D.. Credit: St. Jude Children's Research Hospital / Justin Veneman
The study authors are Tamara Lamprecht, Jason Schwartz, M.D., Jing Ma, Ph.D., and Jeffrey Klco, M.D., Ph.D.. Credit: St. Jude Children's Research Hospital / Justin Veneman
You don't even need to have a genetic test to be found via genealogy databases. (Pixabay: NeuPaddy)
You don't even need to have a genetic test to be found via genealogy databases. (Pixabay: NeuPaddy)

How chromosomes unite

Nature.com

Honoring CF Pioneers | Harvard Medical School

Harvard Medical School
A field of wheat with a combine harvester in the background.
A field of wheat with a combine harvester in the background.

Competing chromosomes explain junk DNA

Science Magazine

What is Elastin?

News-Medical.net

Large Study Confirms that Insomnia Is Hereditary

Sleep Review
A 3D model of the nucleus made with SPRITE: DNA regions in the "inactive hub" on chromosomes 15 (orange) and chromosome 18 (green) coming together around a large nuclear body in the nucleus (blue) called the nucleolus (red). Credit: Courtesy of the Guttman laboratory
A 3D model of the nucleus made with SPRITE: DNA regions in the "inactive hub" on chromosomes 15 (orange) and chromosome 18 (green) coming together around a large nuclear body in the nucleus (blue) called the nucleolus (red). Credit: Courtesy of the Guttman laboratory

The cartography of the nucleus

Phys.org
A newly constructed yeast strain grew, but could no longer interbreed with normal yeast, when researchers in steps fused the 16 naturally occurring chromosomes that house its DNA into two massive ones. Credit: NYU School of Medicine
A newly constructed yeast strain grew, but could no longer interbreed with normal yeast, when researchers in steps fused the 16 naturally occurring chromosomes that house its DNA into two massive ones. Credit: NYU School of Medicine

Chinese scientists create first single-chromosome yeast

All India Radio

7 Things You Need to Know Before You Try 23andMe

Health.com

Double trouble at the beginning of life

Science Magazine

Man who defied odds of rare disorder dies at 21

Newsday
Conceptual image of a cell karyotype exhibiting trisomy, three copies of one chromosome. Credit: Darryl Leja for NHGRI.
Conceptual image of a cell karyotype exhibiting trisomy, three copies of one chromosome. Credit: Darryl Leja for NHGRI.
During mitosis, chromosomes are more likely to be left behind (pink rods in the middle) in liver cells grown in dishes (shown) than in actual tissue. Credit: K. Knouse et al./ 2018
During mitosis, chromosomes are more likely to be left behind (pink rods in the middle) in liver cells grown in dishes (shown) than in actual tissue. Credit: K. Knouse et al./ 2018

Border Unicorn Festival

The Northern Daily Leader
Human chromosomes during metaphase. Credit: Steffen Dietzel/Wikipedia
Human chromosomes during metaphase. Credit: Steffen Dietzel/Wikipedia
This figure demonstrates the organization process of a chromosome. Chromosome Droplets are formed during this process and act as a basic packaging unit of the chromosome. Their structures are maintained by the glassiness of the chromosome. In this image, the red and blue are repressive and active loci, respectively. Credit: The University of Texas at Austin.
This figure demonstrates the organization process of a chromosome. Chromosome Droplets are formed during this process and act as a basic packaging unit of the chromosome. Their structures are maintained by the glassiness of the chromosome. In this image, the red and blue are repressive and active loci, respectively. Credit: The University of Texas at Austin.
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