Age, Biography and Wiki
William Schafer (William Ronald Schafer) was born on 29 August, 1964 in Boston, Massachusetts, United States. Discover William Schafer’s Biography, Age, Height, Physical Stats, Dating/Affairs, Family and career updates. Learn How rich is He in this year and how He spends money? Also learn how He earned most of networth at the age of 56 years old?
|Popular As||William Ronald Schafer|
|Age||56 years old|
|Born||29 August 1964|
|Birthplace||Boston, Massachusetts, United States|
We recommend you to check the complete list of Famous People born on 29 August.
He is a member of famous with the age 56 years old group.
William Schafer Height, Weight & Measurements
At 56 years old, William Schafer height not available right now. We will update William Schafer’s Height, weight, Body Measurements, Eye Color, Hair Color, Shoe & Dress size soon as possible.
|Body Measurements||Not Available|
|Eye Color||Not Available|
|Hair Color||Not Available|
Dating & Relationship status
He is currently single. He is not dating anyone. We don’t have much information about He’s past relationship and any previous engaged. According to our Database, He has no children.
William Schafer Net Worth
He net worth has been growing significantly in 2018-19. So, how much is William Schafer worth at the age of 56 years old? William Schafer’s income source is mostly from being a successful . He is from . We have estimated William Schafer’s net worth, money, salary, income, and assets.
|Net Worth in 2020||$1 Million – $5 Million|
|Salary in 2019||Under Review|
|Net Worth in 2019||Pending|
|Salary in 2019||Under Review|
|Source of Income|
William Schafer Social Network
|Wikipedia||William Schafer Wikipedia|
Timeline of William Schafer
Genetically-encoded calcium indicators: The first genetically-encoded calcium indicators were developed in 1997, but they initially proved difficult to use in transgenic animals. In 2000, Schafer and his student Rex Kerr showed that the GECI yellow cameleon 2 could be used to record activity in muscles and in single neurons of transgenic worms. This was the first use of an optogenetic sensor to record the dynamics of neural activity in an animal. Using this technique, Schafer and his group have characterized the properties of many identified neurons in the worm, including subtypes of mechanosensory, chemosensory and nociceptive neurons, and shown that molecules such as TMCs and TRP channels play conserved sensory functions in these neurons.
Schafer trained as a geneticist and biochemist at the University of California, Berkeley, under the supervision of Jasper Rine. During his PhD research, he discovered that CAAX-box proteins in yeast, including Ras, are prenlyated, and showed that this modification is essential for membrane targeting and biological activity. As a postdoc in the lab of Cynthia Kenyon, he discovered that dopamine inhibits locomotion in C. elegans and identified the first neuronal calcium channel mutant in a screen for worms with abnormal dopamine sensitivity. In 1995 he became an assistant professor at the University of California, San Diego. Following a sabbatical in 2004-2005, in 2006 he moved his research group to the Laboratory of Molecular Biology in Cambridge.
William Ronald Schafer FRS (born August 29, 1964) is a neuroscientist and geneticist who has made important contributions to understanding the molecular and neural basis of behaviour. His work, principally in the nematode C. elegans, has used an interdisciplinary approach to investigate how small groups of neurons generate behavior, and he has pioneered methodological approaches, including optogenetic neuroimaging and automated behavioural phenotyping, that have been widely influential in the broader neuroscience field. He has made significant discoveries on the functional properties of ionotropic receptors in sensory transduction and on the roles of gap junctions and extrasynaptic modulation in neuronal microcircuits. More recently, he has applied theoretical ideas from network science and control theory to investigate the structure and function of simple neuronal connectomes, with the goal of understanding conserved computational principles in larger brains. He is an EMBO member, Welcome Investigator and Fellow of the Academy of Medical Sciences.