/PRNewswire/ Glia, a leading provider of Digital Customer Service, today announced that Ideal Credit Union has successfully implemented its communications.
/PRNewswire/ Glia, a leading provider of Digital Customer Service, announced today that it has partnered with Duck Creek Technologies (Nasdaq: DCT), a.
/PRNewswire/ Glia, a leading provider of Digital Customer Service, today announced a strategic partnership with Mahalo Technologies, a digital banking.
MAP Partners with Glia to Strengthen Digital Member Service for Credit Unions
CUSO to offer Digital Member Service platform to credit union clients, enabling more seamless payment experience
News provided by
Share this article
Share this article
NEW YORK, May 25, 2021 /PRNewswire/ Glia, a leading provider of Digital Customer Service, today announced a partnership with Members Access Processing (MAP), a Credit Union Service Organization (CUSO) that provides Visa card services for credit unions. By leveraging Glia s Digital Member Service platform, MAP s credit union clients can modernize how they support members in a digital world.
MAP is the nation s only aggregator of the Visa Debit Processing Service platform for credit unions. By leveraging Glia s Digital Member Service platform, MAP s credit union clients can meet their members where they are in the payments process and support them through whichever methods they prefer including messaging,
Careful pruning guides neuron function
Accessory brain cells called glial cells nibble nerve cells to affect worm memory, behavior even at the single-cell level April 6, 2021 • By Sabrina Richards / Fred Hutch News Service Dr. Aakanksha Singhvi (right) and graduate student Stephan Raiders (left) discuss their work on glial cells, critical brain cells that help neurons function properly. Photo by Robert Hood / Fred Hutch News Service
The neurons in our brains and bodies do amazing things: sense the outside world, transmit information, guide our behavior. But they don’t do it alone.
Using tiny worms with well-mapped nervous systems, scientists at Fred Hutchinson Cancer Research Center answered a longstanding question about the role of accessory brain cells called glial cells in supporting neuron function. Their study was published recently in the journal eLife.