Next Wave asked: If research
on gene vectors can be used not only to further gene therapy but also — potentially — to aid in the development of biological weapons, should scientists be concerned about the potential applications of their research in genetics (as Joseph Rotblat suggested in a 19 Nov 1999 editorial in Science magazine?)
Not exact matches
The aim is to introduce into the shuttle a viral
vector loaded with the
gene that the cells of these patients lack, with a particular focus
on targeting neurons.
In four tumors, the
vector mapped to a section of chromosome 12 and turned
on several
genes implicated in cancer, the team reports tomorrow in Science.
Now, to enable widespread
gene delivery throughout the central and peripheral nervous systems, Caltech researchers have developed two new variants of a
vector based
on an adeno - associated virus (AAV): one that can efficiently ferry genetic cargo past the blood - brain barrier; and another that is efficiently picked up by peripheral neurons residing outside the brain and spinal cord, such as those that sense pain and regulate heart rate, respiration, and digestion.
They supported a range of studies, from work
on gene therapy tools (including adenovirus and rous sarcoma virus
vectors) to development of a new vaccine for the deadly Marburg virus.
After preclinical studies, a
gene therapy trial for SCID - X1 was initiated, based
on the use of complementary DNA containing a defective γc Moloney retrovirus — derived
vector and ex vivo infection of CD34 + cells.
From this they generated new cells in which the
vector was integrated into any one of thousands of
gene segments — with each segment glowing green when it was activated, or «switched
on.»
Vaxwave ® is based
on lymphocytic choriomeningitis virus (LCMV) and in this
vector the
gene encoding the LCMV envelope protein, normally responsible for virus entry into target cells, has been deleted and replaced with a target
gene of interest.
Functional KL2
genes were delivered to the mice using lentiviral
vectors, based
on a crippled version of HIV that was first developed by Verma and Salk Institute colleagues in 1996.
The program will be packed with papers
on biochromatography, downstream processing, QbD, monoclonal antibodies, plasmids, enzymes, vaccines, viral
vectors for
gene delivery, VLPs, and other biopharmaceuticals, chiral molecules, SFC, fine chemicals, peptides, proteins, oligonucleotides, APIs, natural products, batch, multi-column and continuous SMB processes, column technology and equipment, monoliths, new and improved stationary phases, membrane chromatography, regulatory aspects, and more!
As the level of
gene activity knockdown associated with transgenic RNAi depends
on the level of expression of the hairpin constructs, we generated a number of derivatives of our initial
vector, called the «VALIUM» series, to improve the efficiency of the method.
He is one of the world's leading authorities in
gene therapy, having developed a
gene therapy
vector, based
on a stripped - down version of HIV, that successfully delivers
genes for therapeutic purposes.
The technical evaluation of projects may require the provision of additional data such as information
on the genetic modification of your mutant mouse line if applicable (e.g. affected
gene, MGI ID of the
gene, type of mutation, ES - cell line used, genetic background (e.g. number of backcross generations), safety level, description of DNA modification,
vector, remaining non-recipient DNA, donor organism), mutant phenotype (s), special housing or care requirements, current sanitary status, and intellectual property rights (who generated the mouse line, owner of the mouse line)
The
gene - targeting approach developed by Suzuki and his colleagues relies
on the use of so - called helper - dependent adenoviral
vector to deliver large mutation - free DNA molecules into cells.
Neal received his Ph.D. from the Molecular and Cellular Biology program at the University of Washington in 2005, where he worked in the laboratory of Dr. Dusty Miller, focusing
on development of new viral
vectors for use in
gene therapy.
Glybera alipogene tiparvovec from uniQure (Amsterdam, The Netherlands), the first commercially available
gene therapy in Europe, is based
on an AAV1
vector carrying the human lipoprotein lipase (LPL)
gene (5).
Studies
on vector integrations are providing crucial information
on vector biology, the dynamics of genetically modified cells, and the safety of
gene therapy.
The Tol2 Gateway - Compatible Toolbox is based
on the original Tol2kit generated by the Chi - Bin Chien lab (Kwan et al., 2007) and includes four promoters, six fluorophores with nonoverlapping emission spectra (N - and C - terminal tags for mTagBFP, TagRFPt, EGFP, mVenus, mCerulean3, mKOFP2) and empty
vectors that have standard cloning sites or gateway compatible cloning sites for easy cloning of your
genes of interest.