This large data set provides the starting point for the population
genetic analysis team — Miotto who is based at MORU in Bangkok, together with Dr Roberto Amato and Jacob Almagro - Garcia who are based in Oxford — to analyse the genetic factors that correlate with artemisinin resistance.
Not exact matches
New discoveries half a world away by a
team of scientists from Scripps Institution of Oceanography at UC San Diego, the Western Australian Museum, and the Monterey Bay Aquarium Research Institute (MBARI) have helped properly identify these elusive creatures through
genetic analysis.
When testing was complete, the first hunch of the Malaysian
team proved right: «Sure enough, results from Rafe's
genetic analysis showed that the frog from Peninsular Malaysia was genetically too distant from the Siberut Island Frog to be considered the same species, so we decided to describe it as a new species.»
This is the first ancient DNA to be obtained from Phoenician remains and the
team's
analysis shows that the man belonged to a rare European haplogroup — a
genetic group with a common ancestor — that likely links his maternal ancestry to locations somewhere on the North Mediterranean coast, most probably on the Iberian Peninsula.
So her
team conducted an
analysis of the
genetic data from 36,626 individuals to see which genes were associated with body fat.
«When we did some detailed
genetic analysis, we discovered that there was a single maternal contribution to the twins but they had a mixture of two paternal contributions,» says Melissa Parisi, a doctor on the gender - assessment
team at Children's Hospital and Regional Medical Center in Seattle.
Lindqvist's
team is not the first to research «Yeti» DNA, but past projects ran simpler
genetic analyses, which left important questions unresolved, she says.
In an extended
analysis, the
team identified an additional 33
genetic regions that are also involved in several common immune - mediated conditions (celiac disease, Crohn's disease, ulcerative colitis, type 1 diabetes, rheumatoid arthritis, sarcoidosis and psoriasis).
An international
team of scientists from Singapore, Thailand, China and Australia has cracked the
genetic code of the liver fluke parasite, Opisthorchis viverrini, using a unique DNA
analysis technique developed at A * STAR's Genome Institute of Singapore (GIS).
The result of
genetic analysis was a big surprise for the research
team: the ancient individuals carried no trace of ancestry from people who settled Papua New Guinea more than 40,000 years ago, in contrast to all present - day Pacific islanders who derive at least one - quarter of their ancestry from Papuans.
Before Tringe's
team can perform this
genetic analysis, though, they have to get the raw material.
To address that issue, the
team redid their
analyses with a bigger data set — one that included more species, but lower - quality
genetic data.
The paper doesn't include any
genetic analysis of the final eggs that confirms they are healthy, notes Mitinori Saitou, a stem cell biologist at Kyoto University in Japan whose
team developed methods to create mouse egg cells from embryonic or reprogrammed stem cells.
Building on this research in their latest study, the
team analysed liver samples from 2000 patients with Hepatitis C, using state - of - the art
genetic and functional
analysis, to determine the specific IFNL protein responsible for liver fibrosis.
To shed light on the mystery of Bornean elephant's origin, Chikhi and Goossens»
team used
genetic data
analysis and computational modelling to study the past demographic history of these animals.
The reconstruction of the mtDNA by Johannes Krause and his
team from the Institute for Archaeological Sciences in Tuebingen and the subsequent
genetic analysis of the DNA have demonstrated, however, that the findings were bones from Megaloceros giganteus, the giant deer.
The research
team, using head shapes and
genetic analyses, recommend that six groups of subspecies of the western rattlesnake be elevated to full species status, with the following names:
Conducting the first large - scale, genome - wide
analyses of ancient human remains from the Near East, an international
team led by Harvard Medical School has illuminated the
genetic identities and population dynamics of the world's first farmers.
When the Penn
team performed the same
genetic analysis, they found a different mutation on the same part of the same gene where the shepherd's mutation was found.
An international
team of roughly 300 scientists known as the Enhancing Neuro Imaging Genetics through Meta
Analysis (ENIGMA) Network pooled brain scans and
genetic data worldwide to pinpoint genes that enhance or break down key brain regions in people from 33 countries.
The
team's
analyses alter what is known about the
genetic heritage of present - day people in western Eurasia.
The
team's
genetic information came from
analyses of two particular genes from 230 species representing all major subgroups of modern birds.
Genetic changes have allowed one population in Southeast Asia to grow plus - size spleens that may enhance their breath - holding capabilities, according to an international research
team's
analysis.
The collaborative research
team — which included experts in gynecological cancer, genomics, pathology and computational biology — performed a comprehensive
genetic analysis of ovarian and endometrial CSs.
This
analysis allowed the
team to trace the
genetic signals driving brain development at a much finer level, both regionally and over time, than had previously been possible.
For the ancient DNA
analysis, the
team used methods pioneered by paleogeneticist Eske Willerslev of the University of Copenhagen to recover and sequence
genetic material left behind in sediments even after the plants that originally contained it have disintegrated.
«Based on this mutation load, I don't think he will have any problems,» says Taosheng Huang at Cincinnati Children's Hospital Medical Center, who has been doing the
genetic analysis for the
team.
Chomicki
team's
genetic analysis showed that the mutualistic association is around 3 million years old (Nature Plants, DOI: 10.1038 / nplants.2016.181).
Among the fish collected were «golden basses,» which the
team identified as Liopropoma aberrans based on general color pattern; however,
genetic analyses revealed more than one species.
Then, the
team used
genetic analysis to look at mitochondrial DNA, which can pass only along the maternal line.
The
team focused on mtDNA, which is often employed in
genetic studies because it is easier to sequence and allows
analysis of huge population samples.
An international
team of scientists, led by researchers at the German Leibniz Institute for Zoo and Wildlife Research (IZW), conducted
genetic analyses of CDV strains obtained from a range of carnivores between 1993 and 2012 and discovered that lethal CDV infections in lions and hyenas during the 1993/1994 epidemic was caused by a rare and genetically distinct CDV strain with three rare mutations not present in any other Serengeti strain isolated from domestic dogs or wild canids.
A research
team led by Kerstin Lindblad - Toh at Uppsala University / SciLifeLab has used
genetic analyses of 25 different dog breeds to identify genes that could have a role in the development of brain tumors.
The Microbial Pathogenesis
team, under the leadership of Professor Gordon Dougan, is focusing on the
genetic analysis of the interactions between bacteria and their hosts to shed light on how humans and other animals respond to infection.
His
team has developed statistical methods, computational algorithms and software that facilitate quick, accurate
analysis of
genetic studies of human disease.
New
genetic variants linked to obesity are being integrated into the deCODEme ™ personal genome
analysis service Reykjavik, ICELAND, December 14, 2008 — In one of the largest studies of its kind, a multinational
team led by scientists from deCODE genetics (Nasdaq: DCGN)...
Now, a
team from the LOEWE Biodiversity and Climate Research Center (BiK - F), in conjunction with the Giraffe Conservation Foundation, conducted a more detailed
analysis of these animals» spatial distribution in South Africa, based on their
genetic profile.
On a safari through the genome — genes offer new insights into the distribution of giraffes (17/11/2014) A
team from the LOEWE Biodiversity and Climate Research Center (BiK - F), in conjunction with the Giraffe Conservation Foundation, has conducted a detailed
analysis of these animals» spatial distribution based on their
genetic profile....
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