Navigation Links
Inexpensive, mass-produced genes core of synthetic biology advances at UH

We ran a similar gene synthesis story earlier; progress in this area is made in the UK, too. It'll open tons of research avenue, speeding the slow (and tedious) process of gene cloning, or gene modification (mutations, deletions, etc). Devices the size of a pager now have greater capabilities than computers that once occupied an entire room. Similar advances are being made in the emerging field of synthetic biology at the University of Houston, now allowing researchers to inexpensively program the chemical synthesis of entire genes on a single microchip. Xiaolian Gao, a professor in the department of biology and biochemistry at UH, works at the leading edge of this field. Her recent findings on how to mass produce multiple genes on a single chip are described in a paper titled “Accurate multiplex gene synthesis from programmable DNA microchips,?appearing in the current issue of Nature, the weekly scientific journal for biological and physical sciences research.

“Synthetic genes are like a box of Lego building blocks,?Gao said. “Their organization is very complex, even in simple organisms. By making programmed synthesis of genes economical, we can provide more efficient tools to aid the efforts of researchers to understand the molecular mechanisms that regulate biological systems. There are many potential biochemical and biomedical applications.?Most immediately, examples include understanding the regulation of gene function. Down the road, these efforts will improve health care, medicine and the environment at a fundamental level. Using current methods, programmed synthesis of a typical gene costs thousands of dollars. Thus, the prospect of creating the most primitive of living organisms, which requires synthesis of several thousand genes, would be prohibitive, costing millions of dollars and years of time. The system deve loped by Gao and her partners employs digital technology similar to that used in making computer chips and thereby reduces cost and time factors drastically. Gao’s group estimates that the new technology will be about one hundred times more cost- and time-efficient than current technologies. With this discovery, Gao and her colleagues have developed a technology with the potential to make complete functioning organisms that can produce energy, neutralize toxins and make drugs and artificial genes that could eventually be used in gene therapy procedures. Gene therapy is a promising approach to the treatment of genetic disorders, debilitating neurological diseases such as Parkinson’s and endocrine disorders such as diabetes. This technology may therefore yield profound benefits for human health and quality of life. “The technology developed by Dr. Gao and her collaborators has the potential to make research that many of us could only dream about both plausible and cost effective,?said Stuart Dryer, chair of the department of biology and biochemistry at UH. “In my own research on neurological diseases, we’ve often wished we could rapidly synthesize many variations of large naturally occurring genes. The costs of current technology have prevented us from doing this, but Dr. Gao’s research will break down that barrier.?This technology offers tremendous potential benefits, as synthetic genes could allow for development and production of safer, less toxic proteins that are currently used in disease treatment. It also could allow for production of large molecules that do not occur naturally, but that are needed for new generations of vaccines and therapeutic agents, including vaccines for HIV and other viral diseases. This technology also will facilitate development of new medications through the creation of humanized yet synthetic antibodies that could be especially useful in detection and treatment of infectious organisms that could be used by terrorists.

Source:University of Houston

Related biology news :

1. Newly-discovered class of genes determines ?and restricts ?stem cell fate
2. First atlas of key brain genes could speed research on cancer, neurological diseases
3. U-M scientists find genes that control growth of common skin cancer
4. Researchers find missing genes of ancient organism
5. Scientists document complex genomic events leading to the birth of new genes
6. Genrate: a generative model that finds and scores new genes and exons in genomic microarray data
7. Advances in the characterisation of the oyster mushroom genes
8. Researchers find new genes necessary to make embryo
9. Protein helps regulate the genes of embryonic stem cells
10. Compounds in plastic packaging act as environmental estrogens altering breast genes
11. Signs of aging: Scientists evaluate genes associated with longevity

Post Your Comments:

(Date:11/12/2015)... Nov. 12, 2015  Arxspan has entered into ... and Harvard for use of its ArxLab cloud-based ... tools. The partnership will support the institute,s efforts ... chemical research information internally and with external collaborators. ... for managing the Institute,s electronic laboratory notebook, compound ...
(Date:11/11/2015)...   MedNet Solutions , an innovative SaaS-based eClinical technology ... pleased to announce that it will be a Sponsor of ... to be held November 17-19 in Hamburg ... of iMedNet , MedNet,s easy-to-use, proven and ... has been able to deliver time and cost savings of ...
(Date:11/10/2015)... NEW YORK , Nov. 10, 2015 /PRNewswire/ ... refers to behavioral biometrics that helps to identify ... prevent fraud. Signature is considered as the secure ... for the identification of a particular individual because ... offers more accurate results especially when dynamic signature ...
Breaking Biology News(10 mins):
(Date:11/24/2015)... --> --> ... Synthesis Market by Product & Services (Primer, Probe, Custom ... RNAi), End-User (Research, Pharmaceutical & Biotech, Diagnostic Labs) - ... is expected to reach USD 1,918.6 Million by 2020 ... of 10.1% during the forecast period. Browse ...
(Date:11/24/2015)... Massachusetts , November 24, 2015 SHPG ... will participate in the Piper Jaffray 27 th Annual Healthcare ... Tuesday, December 1, 2015, at 8:30 a.m. EST (1:30 p.m. GMT). ... , Chief Financial Officer, will participate in the Piper Jaffray 27 ... , NY on Tuesday, December 1, 2015, at 8:30 a.m. ...
(Date:11/24/2015)... CITY , Nov. 24, 2015 /PRNewswire/ - ... "Company") announced today that the remaining 11,000 post-share ... Share Purchase Warrants (the "Series B Warrants") subject ... were exercised on November 23, 2015, which will ... Shares.  After giving effect to the issuance of ...
(Date:11/24/2015)... ... ... InSphero AG, the leading supplier of easy-to-use solutions for production, culture, and ... as Chief Operating Officer. , Having joined InSphero in November 2013 as ... promoted to Head of InSphero Diagnostics in 2014. There she has built up ...
Breaking Biology Technology: