News Archive

There is no doubt that Virginia is open for business to the life sciences industry. Over the past several years, the state has seen significant growth in pocket ecosystems across the land, particularly in areas like Charlottesville, Richmond, and Blacksburg.

Some of the growth has been fueled by an infusion of federal monies related to the government’s efforts to mitigate the COVID-19 pandemic, while other growth has been driven by old-fashioned scientific innovation. Across the Old Dominion state, companies are driving research and development of novel therapies and more as they all combine their forces to bolster the life sciences ecosystem.

The Labs at Belward, located at the Belward Campus of The Johns Hopkins University, will Initially Provide 757,000 SF of Trophy Lab and R&D Facilities and Community Serving Amenities

Trammell Crow Company (TCC), a global commercial real estate developer, today unveiled plans to develop The Labs at Belward, a world-class life science campus, in the Shady Grove area of Montgomery County, Md. The Labs at Belward, located at the Belward Campus of The Johns Hopkins University, will initially include 757,000 square feet of trophy lab and research and discovery space across three buildings. The project has the potential to grow to approximately 1.6 million square feet across seven buildings. Construction of the initial 757,000 square feet will begin June 2023 and is slated to be completed in early 2025.

The pace at which venture capitalists are deploying funding across the globe slowed yet again in April.

Venture capital dollar volume, as tracked by Crunchbase News in a new report, peaked in November 2021. Since that apogee, the value of venture investments has ticked lower in most months before dropping another $5 billion from March to April.

Image: Nigel Sussman

COLLEGE PARK, Md. (PRWEB) May 05, 2022

Ultrasound data displayed directly on a patient via augmented reality headsets. Immersive “grand rounds” for medical students and faculty even when they’re in different locations. Virtual reality landscapes matched with classical opera to transport people with painful injuries outside of themselves, reducing the need for potentially addictive opioids.

These medical examples of extended reality (XR)–the umbrella term used for technology based in virtual and augmented reality or other immersive media–are already being prototyped or tested in clinical trials. But its widespread use in hospitals and other health care settings is currently hampered by technical challenges and sparse regulatory guidelines.

It’s been a big few years in the Biohealth Capital Region, especially big for commercial real estate firm Scheer Partners. After the success of buildings like 704 Quince Orchard, a 77,000-square-foot office building converted to lab space, Scheer Partners has continued to bring new buildings to market with both spec suites and build-to-suit space available for tenants of all sizes.

“Speed to market has been the tagline for the last year or so,” said Aaron Gambini, Assistant Vice President at Scheer Partners. “So it’s sort of creating move-in ready options for the market. It seems to be the way to go to start getting activity. And it’s really the next building that delivers that is the next building to lease.”

Image: https://biobuzz.io/

Dave Saunders, CTO & Co-Founder of Galen Robotics, joins Rich Bendis before their 5/6/2022 Open House in Baltimore. (RSVP to OPENHOUSE@GALENROBOTICS.COM to attend) Also, view a demo of their technology at https://bit.ly/GalenRobotics. Rich and Dave and I discuss Digital Surgery, Choosing Baltimore, and their Design Philosophy.

Listen now via Google https://bit.ly/3w7lIr7, Apple https://apple.co/3MQRj6S, Spotify https://spoti.fi/3MNYfBH, Amazon https://amzn.to/3s7PTgj, and TuneIn https://bit.ly/3823iQo.

CHARLOTTESVILLE, Va., May 3, 2022 — AMPEL BioSolutions today announces a breakthrough in precision and personalized medicine that could revolutionize the way doctors treat inflammatory skin diseases, such as Lupus, Psoriasis, Atopic Dermatitis and Scleroderma. Revealed in the peer-reviewed journal Science Advances, the paper details AMPEL’s breakthrough machine learning approach to characterize disease activity from gene expression data obtained from patient skin biopsies. The lab test, only a concept for the last few years, is now ready for development for practical use. AMPEL’s initial focus was Lupus, but the test can be used for many autoimmune or inflammatory skin diseases that affect more than 35 million Americans.

AMPEL’s innovative machine learning approach, which is now ready to be developed as a decision support biomarker test, could greatly impact health care by allowing physicians to identify the cause of patient disease symptoms and select appropriate treatment more precisely.  AMPEL’s approach is sufficiently sensitive to detect changes in clinically uninvolved skin so that early intervention may prevent systemic flares and skin damage apparent in lesions.  The application of AMPEL’s machine learning approach could also assist pharmaceutical companies in drug development and clinical trials.

Patients with chronic skin diseases often suffer from unpredictable disease activity that impacts daily activities like work and family life. Since unpredictable symptoms often result in trips to the Emergency Room, the ability to predict worsening disease and systemic involvement with routine skin biopsies has important health care and health economics implications. 

Thursday, April 28, 2022

The HOPE Initiative will utilize federal funds to create new lab space, technology advancement & new services

(Washington, DC) Today, Mayor Muriel Bowser and the Office of the Deputy Mayor for Planning and Economic Development (DMPED), announced the Helping Our People Endure (HOPE) initiative, which intends to invest $92 million in the life sciences, to catalyze health innovation and address disparities in the District of Columbia. The participants will be part of the District of Columbia’s application to the U.S. Department of Treasury’s Capital Project Fund.

From its new headquarters and lab space, the biotech company aims to generate state-of-the-art cellular therapeutics for the treatment of debilitating neuromuscular diseases and cancers

BALTIMORE, May 2, 2022 /PRNewswire/ — The University of Maryland (UM) BioPark announced today that Vita Therapeutics, a cell engineering company harnessing the power of genetics to develop cellular therapies to treat muscular dystrophies and solid tumors, has established offices and laboratory space within approximately 10,000 square feet of leased space in the BioPark. Vita Therapeutics will leverage the new space to bring together its 25+-person team under one roof for the first time with the goal of progressing its co-lead programs, VTA-100 and VTA-300. The company uses induced pluripotent stem cell (iPSC) technology to engineer specific cell types designed to replace those that are defective in patients.