Talk to your Schnauzer Terrier Mix breeder about the health histories of both the Schnauzer and Terrier
genetic lines used in your dog.
Not exact matches
Along this same
line, the Wall Street Journal has an interesting article about the increasing
use of blood tests shortly after birth to detect
genetic diseases.
Where is the clear
line in a progression from (1)
using animal insulin to treat diabetes, to (2)
using gene remodeling techniques to grow insulin in a host bacterium that will reproduce rapidly and from which a plentiful supply of insulin can be harvested, to (3)
genetic surgery to replace the defective gene in a person diagnosed as diabetic, to (4)
genetic surgery immediately after fertilization in order to replace the defective gene and alter the germ cells which would otherwise have transmitted the disease to one's offspring?
The researchers
used two
genetic lines of mice in the study to focus on AHR.
«We
used different
lines of evidence to show that ANGPTL3 deficiency is associated with a reduced risk of coronary artery disease,» said study co-author Kiran Musunuru, MD, PhD, MPH, an associate professor of Cardiovascular Medicine at Penn. «But ultimately we were able to identify that fact that carriers of this
genetic mutation did in fact experience a benefit — with little other health risk.»
The intestinal
lining chip can be
used for the testing of treatments for inflammatory gastrointestinal diseases with a
genetic component, such as Crohn's disease, ulcerative colitis and irritable bowel syndrome.
Using both fruit fly and human lung cancer cell
lines, researchers targeted two of the most common
genetic mutations associated with NSCLC — Ras and PTEN (P13K).
This will allow for informed decisions to be made with regard to the
use of
genetic lines derived from micropropagation when it comes to repopulating and conserving the plants.
If it's to be
used at all, then it's important for scientists in their published research to be very clear about if it was
used and to state the
genetic lines of worms and experimental conditions of the research.
Now a team of British and American researchers has
used genetic engineering to equip these biological production
lines with the sets of tools they need to produce a range of tailor - made compounds.
For those surviving only in captivity, continued existence may depend on
using banked cell
lines to introduce some long - lost and much - needed
genetic diversity into the mix.
Using genetic analyses, the researchers showed that a commonly
used cell
line which was established in Uppsala, Sweden, almost fifty years ago does not originate from the patient it is claimed to stem from.
A University of Colorado Cancer Center study published in the journal Oncogene
used next - generation sequencing technologies to perform the most detailed DNA - based analysis to date of 25 commonly
used bladder cancer cell
lines, allowing researchers to match patient tumors with their closest
genetic cell
line match, and demonstrated
genetic alterations that may make cells more or less sensitive to common therapies.
The study
used whole - exome sequencing to characterize
genetic alterations that occur at the single nucleotide level for all genes in 25 cell
lines commonly
used as models of bladder cancer.
By May 2005 they had
used cloning techniques to create 11 stem cell
lines, each one the perfect
genetic match of a different patient, another first.
Germ -
line genetic engineering clearly has dangers, not least its potential to be
used for the wrong purposes or the potential for its cost to restrict its advantages to the wealthy.
It could be just decades before it is safe to attempt germ -
line genetic engineering
using recombinant DNA technology.
Then, the team
used genetic analysis to look at mitochondrial DNA, which can pass only along the maternal
line.
To see if any of these lay in
genetic sequences on which the p53 protein acts, the investigators
used data from several
lines of healthy and cancerous cells subjected to various p53 - activating treatments.
On 11 March, the European Molecular Biology Laboratory (EMBL) issued a press release proudly announcing that a research team there had deciphered much of the
genetic sequence of one of the most widely
used cell
lines in cancer studies and had made the information available publicly.
A study published in JAMA Pediatrics supports the
use of
genetic testing, especially with sequencing, as first -
line diagnostic method for young children with seizures.
Data from these three
lines of evidence were
used to assess the antiquity and
genetic stability of Chirikof's ground squirrel population and to reconsider the role of long - term data in the determination of native and indigenous species.
Using genetic techniques to knock out PBK slowed the growth of the group's adrenal cancer cell
lines.
This is to increase the
genetic potential of and
genetic diversity among the male - sterile
lines to be
used in future recurrent selection (RS).
Earlier this year the team announced that they had cataloged 769 strong
genetic dependencies across 501 CCLE - curated cell
lines using genome - scale RNAi screens — the fruits of a nearly 10 - year effort.
• ES cell
line purity verification In addition to mouse strain purity verification, the facility provides
genetic screening of ES cell
lines used for gene targeting experiments.
Using pre-implantation
genetic diagnosis derived human embryonic stem cell
lines (hES) or human induced pluripotent stem cells carrying the causal mutation for neuro - muscular diseases, our objective is double: identify new physiopathogical mechanisms and develop new therapeutic strategies.
In addition to our computational work, we run a small wetlab where we
use CRISPR - Cas genome editing in human cell
lines to obtain a deeper understanding of how
genetic variants affect the cell.
«Especially in older individuals, but probably in all individuals, a good practice would be to... screen your iPSCs beforehand
using a genomic or
genetic approach so that you can screen out
lines that might have a pathogenic variant,» Torkamani said.
hPSCreg provides comprehensive information on existing hPSC
lines, their ethical procurement, derivation process,
genetic and expression data and other molecular or biological characteristics,
use and quality of the
line.
The researchers
used a modified virus to insert
genetic mutations into cells
lining the mice's lungs, causing the animals to develop tumors.
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)
Laboratory Animal
Genetic Services (LAGS) provides MD Anderson investigators with cost - effective, customized genome scans using polymorphic genetic markers to support rapid congenic line development and background strain characterization for mice an
Genetic Services (LAGS) provides MD Anderson investigators with cost - effective, customized genome scans
using polymorphic
genetic markers to support rapid congenic line development and background strain characterization for mice an
genetic markers to support rapid congenic
line development and background strain characterization for mice and rats.
The overall score encompass several factors: reproducibility of the antibody staining in different cell
lines (and if signal strength correlates with RNA expression levels); assays for enhanced antibody validation by
using antibodies binding to different epitopes on the same target protein (independent antibodies), by knockdown / knockout of the target protein (
genetic methods) and by matching of the signal with a GFP - tagged protein (recombinant expression); experimental evidence for location described in literature.
Despite the availability of new genome editing techniques, many genetically modified
lines are maintained on a mixed
genetic background; particularly those developed
using ES cells.
Under a grant from the Global Diversity Trust, we are
using genomic tools to develop inter-specific introgression
lines, novel
genetic resources that are derived from crosses between diverse wild relatives and elite, high yielding varieties of both indica and japonica rice.
«We're trying to
use the genome to understand not only the differences between individual
lines, but also to identify what differences, in
genetic terms, are still available within maize.
These isogenic cell
lines can be
used not only to understand the cellular consequences of disease mutations, but also to perform high throughput
genetic and pharmacological screens to both understand the underlying pathological mechanisms and to develop novel therapeutic agents to prevent or treat such diseases.
One rescued
line, EH536, was maintained and
used for
genetic crosses involving unc - 9 (fc16).
In principle, it is enough to conduct such a procedure only once, but no one forbids us from iteratively improving our master
line with the advances of new technologies,
using more cells for comparison, better algorithms and methods of
genetic engineering.
The study notes that a key feature of the new CRISPR tool is that it
uses a protein called Cpf1, more recently referred to as Cas12a, to essentially function like scissors for cutting out and inserting a targeted
line of
genetic code.
By
using cell
lines, animal testing will be avoided and multiple
genetic solution tests can be run simultaneously at low cost.
Some even believe that this breed may be the original
genetic line for the Chinese Crested, as they were
used in trade exchanges and as highly prized gifts.
Generally, Huskies that come from professional breeders are tested for PRA, and dogs that show positive for the disorder aren't
used for breeding — to help avoid passing the disease down the
genetic line.
The excessive
use of inbreeding and
line breeding on such a dog will further reduce
genetic diversity.
Many breeders
use DNA testing to confirm and record the
genetic history of their
lines for many generations.
The
use of these guidelines can assist breeders in making objective breeding decisions for
genetic - disease management, while continuing their breeding
lines.
These puppy mills are not doing it for the love of the breed... keeping
genetic disorders and bad tempraments out of their
lines and breeding the best and healthiest for their breed... they are doing it for money, and the Amish communites in my state and the state I
used to live in are major players in puppymills.
Although there are quite a few Great Dane breeders worldwide, be sure to buy your puppy from a breeder who
uses genetic testing to help ensure the health of your future puppy and the
line as a whole.
The loss of
genetic diversity in purebred dogs can be attributed to two major population bottleneck events: the first occurring during domestication; and the second arising from breed formation where the repeated
use of popular sires,
line breeding, breeding for specific phenotypic traits, and promotion of the breed barrier rule, contributed to overall loss in
genetic variation [15 - 19].