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Precise technique tracks dopamine in the brain

MIT researchers have devised a way to measure dopamine in

the brain much more precisely than previously possible, which

should allow scientists to gain insight into dopamine’s roles in

learning, memory, and emotion.

Dopamine is one of the many neurotransmitters that neurons in

the brain use to communicate with each other. Previous systems

for measuring these neurotransmitters have been limited in how

long they provide accurate readings and how much of the brain

they can cover. The new MIT device, an array of tiny carbon

electrodes, overcomes both of those obstacles.

“Nobody has really measured neurotransmitter behavior at this

spatial scale and timescale. Having a tool like this will allow us

to explore potentially any neurotransmitter-related disease,” says

can

eliminate

u n n e c e s s a r y

development costs, reduce

time to market and achieve

even faster returns on

their investments,” said

Karsten Ries, CEO of

Develco Products. “As a

result, manufacturers can

focus on optimizing the

features and functionality

of their IoT products rather

than spending time and

money trying to master

the complexities of IoT

technologies.”

“Develco Products is one of the leading gateway

providers in Europe, with unparalleled experience and

number of deployed gateways across significant vertical

markets,” said David Friedman, CEO and co-founder of

Ayla Networks. “Using Ayla-supported Develco Products

gateways, manufacturers can leverage the combined Ayla

IoT software and Develco Products IoT hardware expertise

to launch reliable, secure and scalable connected products

much more easily and cost-effectively.”

IoT Gateways Boost Device Efficiency, Flexibility and

Scalability

IoT gateways provide an important alternative to installing

Michael Cima, the David H. Koch Professor of Engineering in the

Department of Materials Science and Engineering, a member of

MIT’s Koch Institute for Integrative Cancer Research, and the

senior author of the study.

Furthermore, because the array is so tiny, it has the potential to

eventually be adapted for use in humans, to monitor whether

therapies aimed at boosting dopamine levels are succeeding.

Many human brain disorders, most notably Parkinson’s disease,

are linked to dysregulation of dopamine.

“Right now deep brain stimulation is being used to treat

Parkinson’s disease, and we assume that that stimulation is

somehow resupplying the brain with dopamine, but no one’s

really measured that,” says Helen Schwerdt, a Koch

Wi-Fi or other wireless

network protocols directly

into each end-point IoT

product. Gateways enable

multiple small, low-cost

or battery-powered IoT

devices or sensors to use

the gateway hardware

technology to establish

and control their wireless

connection.

Both the Ayla and Develco

Products IoT technologies

are highly flexible and

scalable. The Ayla IoT

cloud fully integrates cloud-to-cloud services, including

leading voice control services, and serves manufacturers

globally through its cloud services in Europe, North America

and China. Able to scale efficiently from tens to millions

of devices, the Ayla-powered Develco Products gateway

architecture can also adapt to future IoT technology

requirements, as they arise.

Because the Ayla IoT cloud uses the Amazon Web

Services (AWS) cloud infrastructure, connected products

leveraging Ayla-powered Develco Products IoT gateways

will run on AWS and automatically benefit from the cloud

infrastructure’s high availability, strong security and global

reach.

New-Tech Magazine Europe l 11