Showing posts with label DNA. Show all posts
Showing posts with label DNA. Show all posts
Wednesday, March 6, 2019
Why Do People And Animals Sleep? Nuclear Maintenance May Be The Answer
Sleep Increases Chromosome Dynamics That Clear Out DNA Damage Accumulated During Waking hours. Bar-Ilan University/Medical Xpress. March 5, 2019.
Thursday, May 24, 2018
Incorporating DNA Sequencing Into Primary Care
Are You And Your Primary Care Doc Ready To Talk About Your DNA? by Michelle Andrews. Kaiser Health News. May 22, 2018.
Thursday, August 17, 2017
Computer Security Risks Possible In Interaction of Biomolecular Information And The Computer System Analyzing it
Scientists Successfully Infiltrate Computer Using Malware Coded Into DNA by Thur Ong. The Verge. August 11, 2017.
Wednesday, September 28, 2016
Early Intervention Key to Successful therapy For Autism
DNA Research May Led To Early Intervention For Children With Autism by Andy Steiner. MinnPost. September 28, 2016
Friday, May 1, 2015
Possible Key Mechanism In Aging Identified: Alterations In The Structure Of Heterochromatin
Researchers Discover Key Driver Of Human Aging. Salk Institute/Medical Xpress. April 30, 2015.
Friday, February 13, 2015
Data Storage For Eternity In DNA
Data Storage For Eternity, Stored In The Form Of DNA. ETH Zurich/Science Daily. February 12, 2015.
Thursday, August 15, 2013
21 Mutational Signatures Of 30 Common Cancers Identified
Milestone Study Probes Cancer Origin by James Gallagher. BBC News. August 14, 2013.
Gene Study Uncovers Origins Of Many Common Cancers by Kate Kelland. Reuters. August 14, 2013.
(1) According to the study reported in Nature, disruptive changes to the genetic code have been identified for _____% of the 30 most common cancers.
(2) Two of the most well-known causes of mutations are _________________.
(3) These _____________ are hidden within the cancer genome which tell us what is actually causing cancer.
(4) Signatures related to the body's immune system arise from the collateral damage of responding to _________ infection.
(5) 12 of the 21 identified signatures _________________.
(6) All cancers examined contained two or more ________________.
(7) Different cancers have different numbers of _________________.
(8) Some signatures are found in ____________ when others are found ________________.
(9) Out of the 30 cancers examined _________ had mutational processes linked to _______>
(10) A family of enzymes called _________ was linked to more than half of the cancers studied.
Gene Study Uncovers Origins Of Many Common Cancers by Kate Kelland. Reuters. August 14, 2013.
(1) According to the study reported in Nature, disruptive changes to the genetic code have been identified for _____% of the 30 most common cancers.
(2) Two of the most well-known causes of mutations are _________________.
(3) These _____________ are hidden within the cancer genome which tell us what is actually causing cancer.
(4) Signatures related to the body's immune system arise from the collateral damage of responding to _________ infection.
(5) 12 of the 21 identified signatures _________________.
(6) All cancers examined contained two or more ________________.
(7) Different cancers have different numbers of _________________.
(8) Some signatures are found in ____________ when others are found ________________.
(9) Out of the 30 cancers examined _________ had mutational processes linked to _______>
(10) A family of enzymes called _________ was linked to more than half of the cancers studied.
Saturday, August 10, 2013
Unforeseen Consequences Of Sharing DNA
Would You Post Your DNA On Facebook? by Quentin Fottrell. August 10, 2013.
(1) Genealogy companies "operate in a legal gray area." "They're not quite _________ and they are not quite _________________.
(2) Even if a genealogy company has a privacy policy stating that will not sell the DNA, they are still subject to ______________.
(3) Inviting third parties to use DNA in internal research may not violate _______________.
(4) "Reverse identify" means _____________________.
(5) An MIT scientist stated that "we don't know what exactly _____________________.
(6)
(1) Genealogy companies "operate in a legal gray area." "They're not quite _________ and they are not quite _________________.
(2) Even if a genealogy company has a privacy policy stating that will not sell the DNA, they are still subject to ______________.
(3) Inviting third parties to use DNA in internal research may not violate _______________.
(4) "Reverse identify" means _____________________.
(5) An MIT scientist stated that "we don't know what exactly _____________________.
(6)
Friday, January 18, 2013
Only Limited Information Needed For Pinpoint Identification of People From Online Genetic Information
Web Hunt For DNA Sequences Leaves Privacy Compromised by Gina Kolata. The New York Times. January 17, 2013.
Using only the long string of DNA letters, age of research subject, and state of the subject, researchers have successfully identified those subjects and their families. The ease with which this information was unearthed poses questions for privacy policy in science and has implications for the open sharing data to further genetic research. The guarantee of privacy granted to research subjects is called into question. Story also covered here.
Using only the long string of DNA letters, age of research subject, and state of the subject, researchers have successfully identified those subjects and their families. The ease with which this information was unearthed poses questions for privacy policy in science and has implications for the open sharing data to further genetic research. The guarantee of privacy granted to research subjects is called into question. Story also covered here.
Thursday, November 1, 2012
DNA Variation And Disease: One Step to Understanding the Link
Scientists Expand Catalog of Human Genetic Variation by Eryn Brown. Los Angeles Times. October 31, 2012.
By sequencing the DNA of 1092 people from 14 populations, scientist of the 1000 Genomes Project have identified over 38 million DNA variants. These variants could be key to understanding the genetic correlates of disease. In the future the variants could provide a first level check to determine a possible genetic cause to the disease.
Another account at
Personalized Medicine Moves Closer by Robert Lee Hotz. The Wall Street Journal. October 31, 2012
By sequencing the DNA of 1092 people from 14 populations, scientist of the 1000 Genomes Project have identified over 38 million DNA variants. These variants could be key to understanding the genetic correlates of disease. In the future the variants could provide a first level check to determine a possible genetic cause to the disease.
Another account at
Personalized Medicine Moves Closer by Robert Lee Hotz. The Wall Street Journal. October 31, 2012
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