Today, it should be a historical day for consumer genomics. With overwhelming support the Senate passed by a vote of 95-0 on the Genetic Information Nondiscrimination Act (S. 358).
The Genetic Information Nondiscrimination Act (GINA) paves the way for the responsible use of genetic information. Now consumers can have a peace in mind when they order a genetic test to manage their health proactively: their genetic information would not be used against them.
GINA protects against discrimination with respect to health insurance and employment by the following:
· Prohibiting group health plans and issuers offering coverage on the group or individual market from basing eligibility determinations or adjusting premiums or contributions on the basis of genetic information. They cannot request, require or purchase the results of genetic tests, or disclose genetic information.
· Prohibiting issuers of Medigap policies from adjusting pricing or conditioning eligibility on the basis of genetic information. They cannot request, require or purchase the results of genetic tests, or disclose genetic information.
· Prohibiting employers from firing, refusing to hire, or otherwise discriminating with respect to compensation, terms, conditions or privileges of employment. Employers may not request, require or purchase genetic information, and may not disclose genetic information. Similar provisions apply to employment agencies and labor organizations.
Mar 7, 2008
The first two persons who paid $350,000 for their genome
New York times reported this week on the first two Knome customers who paid $350,000 to get their full genome sequenced.
-- The first guy, Dan Stoicescu, is an executive of a Romania pharmaceutical company.
-- The second guy, is a Chinese executive signed with through Knome's business partner.
The rapid advance of genetic technology will result in a quick drop of the price tag. Soon, you do not need to be rich to see your genome! Even with the current technology, you can get your SNPs (a selection of your genome) done within $1,000!
-- The first guy, Dan Stoicescu, is an executive of a Romania pharmaceutical company.
-- The second guy, is a Chinese executive signed with through Knome's business partner.
The rapid advance of genetic technology will result in a quick drop of the price tag. Soon, you do not need to be rich to see your genome! Even with the current technology, you can get your SNPs (a selection of your genome) done within $1,000!
Feb 17, 2008
How Web 3.0 and Lifestyle 3.0 Converge at DNA Testing
In parallel with the evolution of “web 1.0”, “web 2.0” and “web 3.0”, Richard Dale formulates the concept of “lifestyle 1.0”, “lifestyle 2.0” and “lifestyle 3.0”. It is so refreshing: a must read!
Here I re-analyze Richard’s concepts from the perspective of self-consciousness. My argument is that the development of the Internet and i-lifestyle is purely driven by human psychology.
Here I re-analyze Richard’s concepts from the perspective of self-consciousness. My argument is that the development of the Internet and i-lifestyle is purely driven by human psychology.
- Life Style 1.0 -- a.k.a. Self awareness: It is an explicit understanding that one exists. Furthermore, it includes the concept that one exists as an individual, separate from other people, with private thoughts. For instance, Joe created a personal webpage in 2001.
- Life Style 2.0 -- a.k.a. Self disclosure: At this stage, one will both consciously and unconsciously reveal more about oneself to others. For instance, Joe joined the Facebook in 2006 to share his photos from a trip with friends.
- Life Style 3.0 -- a.k.a. Self perception: At the 3.0 stage, one will develop his attitudes by observing our own behavior/genetic makeup and conclude what attitudes must have caused them. For instance, Joe ordered a Genetics Test in 2007 and put the results into his personal health record (PHR).
As the analysis goes on, we can find that the ultimate drive of web 3.0 is not semantic web, but Genomics Testing!
Feb 13, 2008
Genetic Testing on NBC News: How to Interpret the Results?
Bioinformatics scientists have long been helping biomedical researchers to interpret their genomics data. But who should/will/could help consumers to interpret their results? NBC News aired its investigation yesterday.
Having recognized the same probem since last year, I have been advocating the study of consumer bioinformatics. Bioinformatics has been traditionally defined as the scientific research to use computers to handle and genomics information.
Genomics testing is no longer for research uses only; it has reached millions of consumers with a few mouse clicks away since November 2007. Similarly, bioinformatics is no longer a scientific discipline just for research projects and scientists.
Overtime, we noticed that consumers have shown increasingly interests in bioinformatics. For instance, Hugh Reinhoff has started a wiki of “mydaughtersdna.org” to investigate the interpretation of her daughter’s genome. An active community has been formed around this wiki. Also, amateur scientists start having consumer access to super computing resources previous only available to heavily-funded researchers. Creative computing resources, such as the “Elastic Computing Cloud” by Amazon allows anyone to run parallel MPI-BLAST for less than $1.
We have coined the term “consumer bioinformatics” to emphasize the urgent need for bioinformatics in the consumer domain. Already a challenging problem in the research domain, we believe consumer bioinformatics will further invigorate the development of bioinformatics as a discipline and its applications.
Having recognized the same probem since last year, I have been advocating the study of consumer bioinformatics. Bioinformatics has been traditionally defined as the scientific research to use computers to handle and genomics information.
Genomics testing is no longer for research uses only; it has reached millions of consumers with a few mouse clicks away since November 2007. Similarly, bioinformatics is no longer a scientific discipline just for research projects and scientists.
Overtime, we noticed that consumers have shown increasingly interests in bioinformatics. For instance, Hugh Reinhoff has started a wiki of “mydaughtersdna.org” to investigate the interpretation of her daughter’s genome. An active community has been formed around this wiki. Also, amateur scientists start having consumer access to super computing resources previous only available to heavily-funded researchers. Creative computing resources, such as the “Elastic Computing Cloud” by Amazon allows anyone to run parallel MPI-BLAST for less than $1.
We have coined the term “consumer bioinformatics” to emphasize the urgent need for bioinformatics in the consumer domain. Already a challenging problem in the research domain, we believe consumer bioinformatics will further invigorate the development of bioinformatics as a discipline and its applications.
Feb 12, 2008
Retail Genomics and web 2.0: Marketing via YouTube, Facebook and Blogs
In a previous Blog, I discussed the use of YouTube in Consumer Genomics marketing.
Today, I run into a Blog called "The Spittoon", owned by 23andme, for the same purpose.
Similarly, a company called the DNA Diagnostics Center (DDC) is on facebook.
On one side, they are geeky; on the other side, they reaches consumer well using the principle of soft marketing.
Today, I run into a Blog called "The Spittoon", owned by 23andme, for the same purpose.
Similarly, a company called the DNA Diagnostics Center (DDC) is on facebook.
On one side, they are geeky; on the other side, they reaches consumer well using the principle of soft marketing.
Jan 24, 2008
Another Player Joined the Personal Genomics Craze
Announced January 24, 2008, SeqWright, a Houston, TX company, joined the recent craze of personal genomics by offering a DNA test to consumers at $998.
Another player joins the "23etAl" craze!
My friend at BioTeam -- Michael Cariaso, who is also the author of the well known SNPedia, coined a word "23atAl". I like Michael's creation!
"23atAl" describes the companies of 23andme, Navigenics, deCODEme, Knome and alike, who are trying to provide consumers with genotying service.
The information provided by SeqWright is cursory. My instinct tells me that they are using Affymetrix SNP arrays. If so, it will be a direct competitor to Navigenics.
A distinctive feature of the SeqWright offering is the copy number variation analysis. So far as I know, it is the first one providing this information to consumers, although we use it regularly in research as a by-product of running SNP arrays.
A quick update: Blogger Daniel MacArthur (his Genetic Future blog here) also created an interesting word play, "me two": 23andMe and deCODEme.
Another player joins the "23etAl" craze!
My friend at BioTeam -- Michael Cariaso, who is also the author of the well known SNPedia, coined a word "23atAl". I like Michael's creation!
"23atAl" describes the companies of 23andme, Navigenics, deCODEme, Knome and alike, who are trying to provide consumers with genotying service.
The information provided by SeqWright is cursory. My instinct tells me that they are using Affymetrix SNP arrays. If so, it will be a direct competitor to Navigenics.
A distinctive feature of the SeqWright offering is the copy number variation analysis. So far as I know, it is the first one providing this information to consumers, although we use it regularly in research as a by-product of running SNP arrays.
A quick update: Blogger Daniel MacArthur (his Genetic Future blog here) also created an interesting word play, "me two": 23andMe and deCODEme.
Jan 21, 2008
The Google Approach to Large Genomics Data Sets
Getting terabytes of genomics data? Yes, easily! -- via Next Generation Sequencing (NGS), microarray, mass spectrometry, consumer genotyping ... you name it.
The bioinformatics community has been working on this problem for years. A few milestones: 1) Recognized the importance of meta-data (data about data, i.e., the running conditions to acquire the scientific data). 2) Utilized XML and Ontology to communicate.
However, it is still a great challenge. So, what did Google come up with?
In summary, here is the Google paradigm to large scientific data:
b) The consumption of the data (in terms of user-comprehensible results) is largely asymmetric in terms of size, comparing to the raw data.
b) ANALYZE: Data will be co-located with the computational engine (at the Google empire??)
c) DELIVER: The analyzed results or query results (usually much smaller) will be delivered to the consumer via the Internet.
Will it work? I think so.
The bioinformatics community has been working on this problem for years. A few milestones: 1) Recognized the importance of meta-data (data about data, i.e., the running conditions to acquire the scientific data). 2) Utilized XML and Ontology to communicate.
However, it is still a great challenge. So, what did Google come up with?
In summary, here is the Google paradigm to large scientific data:
- Premises
b) The consumption of the data (in terms of user-comprehensible results) is largely asymmetric in terms of size, comparing to the raw data.
- Solution:
b) ANALYZE: Data will be co-located with the computational engine (at the Google empire??)
c) DELIVER: The analyzed results or query results (usually much smaller) will be delivered to the consumer via the Internet.
Will it work? I think so.
Jan 5, 2008
Consumer Education through Video Clips
WSJ has discussed the use of YouTube in consumer advertisement.
There is another use of YouTube: to educate consumers on exotic products, such as genomic testing.
deCode Genetics, a biotech company (NASDAQ: DCGN), has experimented it on YouTube.
The results? A bit discouraging.
332 views so far (as of 1/5/08) after it was posted on November 17, 2007. I will keep tracking it...
Date NumberOfViews
11/17/2007 0
1/5/2008 332
3/9/08 698
As a separate note, here is a collection of 10 YouTube videos on genetic conditions:
There is another use of YouTube: to educate consumers on exotic products, such as genomic testing.
deCode Genetics, a biotech company (NASDAQ: DCGN), has experimented it on YouTube.
The results? A bit discouraging.
332 views so far (as of 1/5/08) after it was posted on November 17, 2007. I will keep tracking it...
Date NumberOfViews
11/17/2007 0
1/5/2008 332
3/9/08 698
As a separate note, here is a collection of 10 YouTube videos on genetic conditions:
Jan 3, 2008
Glossary of Consumer Genomics
Gene:
- a gene is the basic functional unit of heredity. Genes are made up of DNA.
Genetics:
- the study of a single gene and its effect on human health. For example, a mutation of the CFTR gene causes cystic fibrosis.
Genomics:
- the study of all human genes, including their interaction with environment factors such as smoking and diet.
Single Nucleotide Polymorphism (SNP):
- a single basepair variation in the DNA that might differ from person to person. SNPs can be used to profile a person’s genomic information. Currently, up to 2 millions of SNPs can be measured on a single microarray.
Microarray:
- a technology to measure SNPs or mRNAs.
Disease:
- most diseases are caused by the interaction of the genome and the environment.
Genomic Testing:
- the measurement of a person’s SNPs using microarray or other technologies. Sometimes, it is also called genetic testing in the mass media.
About Me and this Consumer Genomics Blog
I was trained as a physician. Eleven years ago, I started to conduct medical research. In my day job, I am a bioinformatics scientist. I have been tracking direct-to-consumer genomic products since 2005. Earlier 2007, I started using "consumer genomics" and "consumer bioinformatics" in an academic grant to describe the paradigm shift of genomics and bioinformatics from the lab to the consumers.
Now my academic research interest also includes consumer education, access, and interpretation of genomic testing results -- an activity I called "consumer bioinformatics".
I will address the consumer, science, and business aspects of direct-to-consumer genomics in this blog.
I am going to discuss the following issues:
Now my academic research interest also includes consumer education, access, and interpretation of genomic testing results -- an activity I called "consumer bioinformatics".
I will address the consumer, science, and business aspects of direct-to-consumer genomics in this blog.
I am going to discuss the following issues:
- The importance of data portability in consumer genomics
- The consumer aspect of consumer genomics
- and much more ...
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