From counting blood cells to motion capture, sensors drive patient-centered research | MIT News

Cortez Deacetis

Sensors and sensing systems — from devices that depend white blood cells to technologies that watch muscle mass coordination during rehabilitation — can positively influence medical analysis, researchers explained at the 2021 Sense.nano Symposium.

The digital occasion targeted on how sensing technologies are enabling recent clinical experiments and aiding translation of their findings to enhance human health and fitness. Featuring leaders from study and field, MIT-released startup organizations, and graduate college students, the occasion was the fifth once-a-year conference arranged by Sense.nano.

“In this era of significant knowledge, sensors are everywhere — in our properties and vehicles, clinical gadgets, telephones, and even clothes,” states MIT.nano Director Vladimir Bulović. “This year’s symposium was an exploration of how this breadth of new sensors and new sensing tactics will propel the benchmarks of recent healthcare work, bringing ahead new scientific apply and far better health and fitness for all.”

The Sense.nano 2021 speakers discussed a assortment of technologies beneath the study themes of human movement scientific tests, physiological checking, imaging at multiple scales, and devices and procedures for collecting specimens and executing biopsies. Presenters described novel investigate techniques — these as drawing inspiration from dancers’ motion to study how muscular tissues depict rhythm — and novel applications this sort of as neural interface wearables to enable human beings better interact with robots and other digital units.

The symposium also celebrated the re-opening of the MIT Center for Medical and Translational Study (CCTR, previously the MIT Exploration Clinical Center). Alongside with transformed health labs for investigation individuals, the CCTR capabilities a prototype workshop, movement seize lab, and observation and instrumentation suites for MIT and checking out human health and fitness scientists.

“SENSE.nano 2021 introduced together nanoscience, nanotechnology, and the follow of medicine by means of our shared and central services — MIT.nano and the new CCTR,” claims Brian Anthony, the affiliate director of MIT.nano and principal investigation scientist in the Department of Mechanical Engineering. “MIT.nano has the resources to support fabrication and structure of sensors, and the CCTR has the clinical investigation space to review how these sensors can help health care observe.”

Video thumbnail
Participate in movie

Feeling.nano 2021: Translational exploration — Producing meaningful impact for people apply populations

The patient-centered application of a lot of sensing technologies used in medical investigate, like movement seize and wearable analytic products, makes it extra important than at any time to incorporate patients as lively participants in this sort of exploration, reported keynote speaker Cecilia Stuopis, medical director of MIT Medical.

“We want the analysis of concerns and outcomes meaningful and essential to clients and caregivers to be central to the system, for the reason that we want to figure out that they have unique perspectives, values, and objectives for what we are trying to find out or achieve,” Stuopis stated.

Encouraging collaborative relationships involving researchers and overall health-care companies has the prospective to shorten the regular 17-calendar year gap among simple study and its widespread acceptance in the clinic, she additional, in aspect by connecting scientists with underserved populations who may not typically take part in scientific trials.

The symposium showcased speakers from far more than 10 MIT departments, labs, or facilities (DLCs), which include mechanical engineering, biological engineering, chemistry, and laptop or computer science and artificial intelligence. Their shows underscored the multidisciplinary access of sensors investigate. Mechanical engineering Affiliate Professor Jeehwan Kim demonstrated a perforated electronic skin, which can collect physiological knowledge from the body without staying harmed by sweat. Motivated by her grandmother’s stroke, Kaymie Shiozawa, a mechanical engineering graduate college student, shared her work on human balance that she hopes will lead to a new robotic cane. In the imaging session, Lester Wolfe Professor of Chemistry Moungi Bawendi talked over a noninvasive method of utilizing near-infrared and shortwave infrared to track the progression of liver condition.

As in prior many years, Feeling.nano 2021 also highlighted the innovation ecosystem at MIT, with shows by MIT-introduced startups doing work to grow their ideas to scale.

MIT.nano and the CCTR are united by their lively engagement with startup businesses, claimed Brian Anthony. For occasion, ongoing reports at the center have helped Leuko, a startup that will make a machine for non-invasive, at-property white blood mobile monitoring, refine and increase its solution. Leuko was just one of 3 healthcare sensor startups showcased in this year’s symposium, together with Pison Technological know-how and Stratagen Bio.

Perception.nano 2021 was sponsored by MIT.nano, the MIT Industrial Liaison Application, and the MIT Centre for Clinical and Translational Research.

Next Post

Compositional Analysis of Mixtures of Oleate Esters of Short Chain Alcohols (C1-C4) by Quantitative Proton Nuclear Magnetic Resonance Spectroscopy (qPNMR)

Received November 01, 2021; Revised December 03, 2021; Accepted December 09, 2021 Abstract Quantitative nuclear magnetic resonance spectroscopy (qNMR) is a technique used to determine the concentration of one or more analyte within a mixture. Although NMR spectroscopy is typically used to qualitatively determine molecular structure, the quantitative application of […]