Gene Transfer into Mouse Embryos: Production of Transgenic Mice By Pronuclear Injection.
High level erythroid lineage - directed gene expression using globin gene regulatory elements following lentiviral vector mediated
gene transfer into primitive human and murine hematopoietic cells.
Efficient
gene transfer into rhesus repopulating hematopoietic stem cells using a simian immunodeficiency virus - based lentiviral vector system.
Not exact matches
Now instead they
transfer genes from the soybean plant
into the yeast, grow the yeast, and then isolate the heme protein from the resulting broth.
Then they can use classical plant breeding or genetic engineering to
transfer those
genes into desired cultivars.
The research, Marker - Aided
Transfer of Beta - Carotene Biosynthetic
Genes (Golden Rice I)
into two Philippine Rice Varieties, was presented by Dr. Antonio Alfonso, project leader and the paper's main author.
Once specific
genes associated with beneficial traits are identified, they can be more efficiently
transferred into new rice varieties using other breeding methods.
By
transferring genes that direct the production of fluorescent PER proteins
into living flies, Kay and his colleagues have shown that each tissue carries an independent, photoreceptive clock.
«When you contaminate a site with resistance
genes, those
genes can be
transferred into environmental organisms and actually increase the concentration of contamination.»
Such embryos were
transferred into female goats, which produced offspring that were then tested for the presence of the newly integrated
gene.
While previous vectors have only been able to penetrate the cochlea's inner hair cells, the first Nature Biotechnology study showed that a new synthetic vector, Anc80, safely
transferred genes to the hard - to - reach outer hair cells when introduced
into the cochlea (see images).
GENE therapy should become a more exact science thanks to the discovery that it is possible to predict where a transferred gene is likely to be inserted into the recipient's
GENE therapy should become a more exact science thanks to the discovery that it is possible to predict where a
transferred gene is likely to be inserted into the recipient's
gene is likely to be inserted
into the recipient's DNA.
Injecting donor cytoplasm
into an egg involves
transferring mitochondria and their
genes as well.
To boost production of the enzyme in animals, U.C. Davis scientists have
transferred the human
gene for the enzyme
into dairy goats.
They would be created through the process of lateral
gene transfer, in which microbes incorporate loose bits of genetic material from other microbes
into their own.
Issued last March to researchers at a little - known cotton seed company called Delta & Pine Land (D&PL) and the U.S. Department of Agriculture, the patent covers a technique for
transferring three
genes along with their genetic on switches
into the seeds of genetically improved plants.
Three options are on the table: tweak cereals so that they form symbiotic partnerships with rhizobia as legumes do; colonise cereal roots with other types of nitrogen - fixing bacteria; or
transfer the bacterial
genes that make fertiliser directly
into the crop plants.
For the dozens of labs at work on the problem, coming up with useful
genes, known as transgenes, is not the hard part — it's how to
transfer enough copies of the transgenes
into free - ranging populations.
Some researchers have been trying an alternative route: engineering
gene - delivery vehicles such as viruses to
transfer neurotrophic - factor
genes directly
into brain cells.
In one such approach, researchers surgically remove brain cells, use viruses to
transfer genes to the cells, and then graft them back
into the animal's brain tissue.
Before Katlyn showed up at NIH, the doctors there were already well prepared: They had inserted healthy human ADA
genes into a modified mouse retrovirus — a type of virus that can enter human cells and
transfer new genetic material right
into the DNA strands in their nuclei.
In agriculture, for example, researchers
transfer genes from other organisms
into crops to get certain characteristics.
As a possible step toward the goal of doubling food production by 2050 to feed our expanding human population, researchers have
transferred a key photosynthesis
gene from a blue - green algae
into a tobacco plant, according to a Nature news story.
Next, the Stanford group plans to engineer their retroviruses to
transfer IL - 4
genes directly
into cells in live mice.
Some of these proteins are wasp venoms, suggesting that
genes from the wasp have been
transferred into the virus in a feat of natural genetic engineering.
Once
transferred into the human genome, however, these alleles became subject to natural selection, which was more effective in the larger human populations and has removed these
gene variants over time.
His team's approach is based on
gene therapy, where a «tame» virus is harnessed to
transfer a
gene into target cells in the recipient.
RNA serves as the template for translation of
genes into proteins,
transferring amino acids to the ribosome to form proteins, and also translating the transcript
into proteins.
Transfer these
genes into crop plants, for instance, and you are a step closer to producing insecticidal crops — «no - spray» cotton, potato and corn fit for Utopian farms of the 21st century.
The first step in their process was to
transfer the
genes of the artemisinic acid pathway's core set of enzymes
into the chloroplast genome of tobacco plants, generating what are known as transplastomic plants.
The team's next goal was to
transfer the
genes for making gas vesicles from the water - dwelling bacteria
into a different type of bacteria — Escherichia coli, which is commonly used in microbial therapeutics, such as probiotics.
So far, Trewavas's team has
transferred the
gene into tobacco, potato and Thale cress (Arabidopsis thaliana).
«
Gene therapy approaches fall into two main categories: (1) the transfer of a gene that stimulates the immune system and (2) the insertion of genes within the tumor that sensitizes the tumor to a relatively nontoxic «prodrug.&ra
Gene therapy approaches fall
into two main categories: (1) the
transfer of a
gene that stimulates the immune system and (2) the insertion of genes within the tumor that sensitizes the tumor to a relatively nontoxic «prodrug.&ra
gene that stimulates the immune system and (2) the insertion of
genes within the tumor that sensitizes the tumor to a relatively nontoxic «prodrug.»
PARTICLE acts in three different ways to prevent expression of the MAT2A
gene: 1) by winding around the MAT2A
gene to create a DNA: RNA triple helix structure locking down the MAT2A
gene promoter, 2) by binding the messenger RNA product of the MAT2A
gene and preventing it being used for MAT2A protein synthesis and 3)
transferring MAT2A messenger RNA
into intracellular vesicles that are subsequently ejected from the cell.
Bacteria share DNA with other organisms with which they come
into contact, so an antibiotic - resistant
gene can
transfer from one type of bacterium to another, and a bacterial cell can become resistant to numerous antibiotics at once.
The new method circumvents the problem of not being able to culture many of these bacteria in the lab by
transferring genes from these bacteria
into another bacterial species that is easier to work with.
Philip John of the University of Reading explained how American researchers at the University of California, Berkeley, have successfully
transferred a
gene into tomatoes and lettuce which manufactures a sweet - tasting compound called monellin.
Moreover, Boothby showed that yeast and bacteria artificially equipped with the
genes could also survive dehydration, suggesting that they could potentially be
transferred into crops to help them survive drought.
The virus
transferred the blueprint of the human alpha - synuclein
gene specifically
into neurons of the midbrain, which then began producing large quantities of the foreign protein.
Plant molecular biologists Fumiyuki Goto, Toshihiro Yoshihara, and their colleagues first isolated the ferritin
gene from soybean sprouts, and then used a soil bacterium to
transfer the
gene into the DNA of rice cells.
By
transferring the
gene for melanopsin
into human embryonic kidney cells, synthetic biologist Martin Fussenegger of the Swiss Federal Institute of Technology in Zurich and colleagues made these cells light - sensitive as well.
Beyond the interest these lateral
gene transfers evoke in evolutionary biology, these results highlight the risk
gene transfers could cause, in case GM - parasitoid wasps are produced, as
genes artificially introduced
into wasp species used for biological control could be
transferred into the genomes of the targeted pests.
But
transferred genes can not be targeted to insert
into a specific part of a chromosome.
In other words,
transferring 45 of the largest - effect mammoth
genes into an elephant all at once is unlikely to have a beneficial or useful outcome.
Genetic engineers directly
transferred the
gene for the toxic protein
into crops to give them built - in resistance.
Since then he has continued to investigate new strategies to overcome the major hurdles to safe and effective
gene transfer, translate then
into new therapeutic strategies for genetic disease and cancer, and allowed new insights
into hematopoietic stem cell function, induction of immunological tolerance and tumor angiogenesis.
They did it by
transferring genes from maize
into rice to create so - called Golden Rice; golden because it produces the same pigments that yellow vegetables do.
The recessive male - sterile
gene contained in the IR36 mutant and the dominant male - sterile
gene contained in PXDMS will each be
transferred into five parental lines.
It might be interesting to ask if the
gene editing would be of benefit to the embryo, would it be legal to
transfer it
into a woman to obtain a child?
The scientists demonstrated this by
transferring T cells lacking the Tob1
gene into mice that had no immune systems but had normal Tob1 in all other cells.