Podcast appearances and mentions of david haussler

Scientists have identified three genes that may have played an important part in a major development in human evolution.科学家已经确定了三个可能在人类进化的重大发展中起重要作用的基因。The genes are being linked to the increase in brain size that took place in ancestors of human beings. This increase led to the development of mental abilities that define what it means to be human.这些基因与人类祖先发生的大脑大小的增加有关。 这种增长导致了定义人类含义的心理能力的发展。Researchers published two reports on their observations of the genes in the publication Cell in late May.研究人员发表了两份有关他们对5月下旬出版物细胞基因的观察的报告。The researchers believe the genes first appeared between three and four million years ago. This was just before a period in the fossil record that shows a major brain enlargement in the species from which humans evolved.研究人员认为，这些基因首次出现在三到四百万年前。 这是在化石记录中的一段时间之前，显示了人类进化的物种中的大脑肿大。The three genes share almost the exact same qualities. Along with a fourth one that seems to serve no purpose, they are called NOTCH2NL genes. They came from a gene family believed to have developed hundreds of millions of years ago. They are also important in the development of embryos.这三个基因几乎具有完全相同的品质。 除了似乎没有目的的第四个外，它们被称为Notch2nl基因。 他们来自一个据信基因家族，该家族已经发展了数亿年。 它们在胚胎的发展中也很重要。The NOTCH2NL genes are especially active in the collection of nerve stem cells in the cerebral cortex. The cerebral cortex is the outer part of the brain responsible for the highest mental processes. These include language, memory and reasoning.Notch2nl基因在大脑皮层中神经干细胞的收集中特别活跃。 大脑皮层是负责最高心理过程的大脑外部部分。 这些包括语言，记忆和推理。The genes were found to slow the development of stem cells in the cerebral cortex into neurons in the embryo. The researchers say this delay leads to the production of a higher number of more developed nerve cells in this area of the brain.发现这些基因会减慢脑皮质中干细胞在胚胎中神经元中的发育。 研究人员说，这种延迟会导致在大脑该区域中产生更高数量的发达神经细胞。Pierre Vanderhaeghen is a developmental neurobiologist at the Université Libre de Bruxelles in Belgium. He told the Reuters news service that, in large part, the cerebral cortex is responsible for what defines humans as a species and as individuals.Pierre Vanderhaeghen是比利时的Libre de Bruxelles大学的发展神经生物学家。 他告诉路透社新闻服务，在很大程度上，大脑皮层造成了将人类定义为一种物种和个人的原因。“Understanding how it emerged in evolution is a fascinating question, touching at the basic origins of mankind,” said Vanderhaeghen.范德海格说：“了解它在进化中的出现是一个令人着迷的问题，它触及了人类的基本起源。”David Haussler is a biomolecular engineer and the scientific director of the University of California, Santa Cruz Genomics Institute. He added that it is “the ultimate evolutionary question” and a very interesting area of research in which to work.戴维·豪斯勒（David Haussler）是一位生物分子工程师，也是加利福尼亚大学圣克鲁斯基因组学院的科学主任。 他补充说，这是“最终的进化问题”，也是一个非常有趣的研究领域。The species Australopithecus afarensis is an ancestor of humans that combined both ape-like and human-like qualities. The well-known fossil named “Lucy,” discovered in Ethiopia in 1974, was a member of that species. Lucy lived in Africa at about the time these genes are believed to have appeared.Australopithecus Afarensis是人类的祖先，它们既结合了猿类样和类人的品质。 著名的化石名为“露西”，于1974年在埃塞俄比亚发现，是该物种的成员。 露西大约在这些基因出现的时候就住在非洲。Sofie Salama is a UC-Santa Cruz biomolecular engineering research scientist. She said it would be great if it were possible to record the complete order of all of Lucy's genetic material, her DNA. But she noted that it would be nearly impossible.Sofie Salama是UC-Santa Cruz生物分子工程研究科学家。 她说，如果有可能记录露西所有遗传材料，她的DNA的完整顺序，那就太好了。 但是她指出，这几乎是不可能的。FILE PHOTO: Students attend a lecture in the auditorium of a university in Munich, Germany, May 25, 2016. REUTERS/Michaela RehleThe NOTCH2NL genes are not present in the closest genetic relatives to human beings. None were found in monkeys or orangutans.Notch2nl基因不存在于最接近人类的遗传亲属中。 在猴子或猩猩中没有发现。However, Reuters reports that the researchers did find the genes in the remains of two human ancestor species: Neanderthals and Denisovans.但是，路透社报道说，研究人员确实在两个人类祖先物种的遗迹中找到了基因：尼安德特人和丹尼索凡夫人。NOTCH2NL gene abnormalities were found to be connected problems that affect the brain. These include autism, schizophrenia and both unusually large and unusually small head size.发现Notch2nl基因异常是影响大脑的问题。 这些包括自闭症，精神分裂症以及头部大小异常大且异常小。

As bioengineers incorporate smart technology into more aspects of the scientific process, these updates promise to digitize and automate laborious, repetitive research tasks while simultaneously transforming the laboratory into a more accessible and connected environment. This episode highlights cutting-edge smart technologies that allow scientists to take their research to the next level by streamlining common experimental workflows. In this month's episode, Deanna MacNeil from The Scientist's Creative Services Team spoke with Sofie Salama and David Haussler, professors at the University of California, Santa Cruz, to learn more about the smart technology behind growing brain organoids.   The Scientist Speaks is a podcast produced by The Scientist's Creative Services Team. Our podcast is by scientists and for scientists. We bring you the stories behind news-worthy molecular biology research. This month's episode is sponsored by Benchling.

On February 7, 2020, Dr. David Haussler, a biomolecular engineer and the Director of the UCSC Genomics Institute sat down for an interview with Nada Miljkovic. During our interview, Dr. Haussler shares his insights about a broad spectrum of subjects, from the evolution of the brain, consciousness, and collaboration, to bioethics. He also spoke about […] The post David Haussler appeared first on Artist on Art.

For this special live episode of Think.Do.Lead, President Bergeron moderates a spirited discussion with three graduates of Connecticut College who are leading experts in genomic research and biomedicine. The guests offer their thoughts on the scientific innovations that are transforming the treatment and prevention of disease, and share some personal highlights from their time at Conn. For more information on Think.Do.Lead. and Connecticut College President Katherine Bergeron click here.

David Haussler is a human genome expert and developer of new statistical and algorithmic methods to explore molecular function, evolution and disease process in the genome. David and his team posted the first publicly available computational assembly of the human genome sequence as collaborators on the international Human Genome Project. On today's episode of Bulletproof Radio, David and Dave give advice on avoiding cancer, immunotherapy and other new treatment, hormonal Vitamin D, genome sequencing and more. Enjoy the show!

David Haussler is a human genome expert and developer of new statistical and algorithmic methods to explore molecular function, evolution and disease process in the genome. David and his team posted the first publicly available computational assembly of the human genome sequence as collaborators on the international Human Genome Project. On today's episode of Bulletproof Radio, David and Dave give advice on avoiding cancer, immunotherapy and other new treatment, hormonal Vitamin D, genome sequencing and more. Enjoy the show!

We are in the midst of a renaissance in the biological sciences, which is spurring the growth of brand new fields like functional and comparative genomics. These new fields are revealing novel insights into evolutionary biology, medicine, developmental biology and many other areas, transforming the way scientists look at life. Join the California Academy of Sciences to learn about genomics, hear about compelling current research, and explore the future of this rapidly advancing field. Katherine Pollard received her Ph.D. and M.A. from UC Berkeley Division of Biostatistics under the supervision of Mark van der Laan. Her research at Berkeley included developing computationally intensive statistical methods for analysis of microarray data with applications in cancer biology. After graduating, she did a postdoc at UC Berkeley with Sandrine Dudoit. She developed Bioconductor open source software packages for clustering and multiple hypothesis testing. In 2003, she began a comparative genomics NIH Postdoctoral Fellowship in the labs of David Haussler and Todd Lowe in the Center for Biomolecular Science & Engineering at UC Santa Cruz. She was part of the Chimpanzee Sequencing and Analysis Consortium that published the sequence of the Chimp Genome, and she used this sequence to identify the fastest evolving regions in the human genome. In 2005, she joined the faculty at the UC Davis Genome Center and Department of Statistics. She moved to UCSF in Fall 2008.

Guest: David Haussler, Director, Center for Biomolecular Science and Engineering, UCSC Bio and Contact Info Listen (8:08) Paperwork not algorithms the biggest challenge with bioinformatics

San Diego's “Frozen Zoo” is one of the world's largest collections of living animal tissue, collected from hundreds of species for research, conservation and even cloning. We talked to geneticist Oliver Ryder, one of the scientists who manage the Frozen Zoo. Also, a conversation with David Haussler, coordinator of the Genome 10K Project, which is using samples from the Frozen Zoo and other sources to map the genomes of 10,000 species.

Building the genome zoo. In the most ambitious effort of its type ever attempted, scientists are hoping to map the genes of 10,000 different animals. Proponents say the "Genome 10K project" will provide vast new insights into the biology, evolution and preservation of species. Robert talks to project coordinator David Haussler of UC Santa Cruz.

In search of the common ancestor of all mammals, UC Santa Cruz scientist David Haussler is pulling a complete reversal. Instead of studying fossils, he's comparing the genomes of living mammals to construct a map of our common ancestors' DNA. His technique holds promise for providing a better picture of how life evolved.

In search of the common ancestor of all mammals, UC Santa Cruz scientist David Haussler is pulling a complete reversal. Instead of investigating fossil remains, he's comparing the genomes of living mammals and constructing a map of our common ancestors' DNA. His technique holds promise for providing a better picture of how life evolved on Earth.