The FlyEM team strives to unravel the neural connectivity of
the fly brain using Electron Microscopic (EM) imaging.
Not exact matches
Then, Lorin Milescu's students
used live - imaging techniques and software developed in their lab to demonstrate that the Gr28bD protein can, through temperature differences, modulate the
brain activity of fruit
flies.
The tremors and other movement impairments of Parkinson's are triggered by the death of dopamine - producing cells in the
brain, so the investigators
used flies that had been genetically engineered to have their dopamine cells die off as they age.
On the
fly, neurosurgeons can
use the pen - sized instrument on the
brain to view the tumor cells with unique fluorescent characteristics that outline the tumor cells.
In addition, as with the human
brain, the
fly brain is compartmentalized into regions that process different sensory information (visual, acoustic, olfactory), and it
uses the same types of neurotransmitters as humans.
If we can study the biochemical pathways their
brains are
using and find out how these
flies manage with so little sleep, we might eventually find a way to make human sleep more efficient and restorative.
Using the fruit
fly Drosophila melanogaster as a model, the team led by Prof. Dr. Christoph Schuster and Prof. Dr. Hilmar Bading investigates how the
brain learns.
The scientists
used imaging techniques to visualize the activity in certain areas of the
flies»
brains while these were stimulated with different odours, and they were able to localize and identify the receptor for citrus.
Using a combination of molecular biology, neurobiology and behavioral tests, the researchers now show that loss of ATF1 changes the response of the fruit
fly brain to a whiff of yeast.
They then
used a computer program to simulate the part of the
fly's
brain used for recognition to show that the receptor responses contained enough information to recognise odours.
She hasn't
flown a plane since 2007, when viral encephalitis destroyed her hippocampus, the part of the
brain used to form new memories and retrieve old ones.
Now a team of researchers has
used computer - vision and machine - learning techniques in fruit
flies to create behavior anatomy maps that will help us understand how specific
brain circuits generate Drosophila aggression, wing extension, or grooming.
To see what genes might be involved in this increased aggression, the team
used microarrays to look for differences in gene expression in
fly brains.
«The key breakthrough came from
using a fruit
fly model of human ALS and FTD that allowed us to screen these 400 candidates for ones that block
brain cell death in a living organism,» says Lloyd.
Using a new high - speed imaging technique called SCAPE to track activity in the entire
fly brain, we will identify activity patterns that generate appetite and trigger food seeking behavior.
She
uses a new ultra-fast microscopy technique to record the activity in the whole
fly brain and works closely with theoretical neuroscientists to analyze the data and model network activity.
The study
uses imaging technology and electrophysiology to understand what happens between neurons at synapses to make sense of how fruit
fly brains process odors.
In a new study in Neuron, they
used trans - Tango to illuminate connected neurons in fruit
flies, revealing previously unmapped gustatory circuits that link the taste - sensing organs to
brain regions known to govern feeding behavior and memory.
Viable
brain DA deficient
flies were previously generated
using tissue selective GAL4 - UAS binary expression rescue of a DTH null mutation and these
flies show specific behavioral impairments.
Using lasers and computers, the tool can precisely target and activate certain neurons in the thorax and
brain of the fruit
fly Drosophila melanogaster raising its temperature and stirring up its courtship behaviors.
Researcher Monica Dus from the University of Michigan investigated the effect of sugar on our
brain using fruit
flies.
This is an example of retraining your
brain for Milenomics — you're breaking down the idea of
flying one airline, and instead creating a network of options in your head,
using your tools to benefit you the most.
Creating the installation was spontaneous — Amir
flew in and workedswiftly, on the spot, a contrast to the slower process of his paintings, but he says, «I enjoyed it, it
uses different parts of my
brain.»
The truth is that including soft - skills like communication is ok, so long as it's being bolstered by hard skills, like the ability to
use software, hardware, make repairs, perform calculations,
fly a plane, or do
brain surgery.