GENE ONLINE|News &
Opinion
Blog

2022-04-05|

Cambridge Nutranostics Has Developed a Point-of-care Prototype of OCCL Test for Testing Blood plasma oxygen to monitor health in post stroke and TIA patients for dementia prevention

by GeneOnline
Share To

CAMBRIDGE, England, April 6, 2022 /PRNewswire/ — Cambridge Nutranostics Ltd, CNL, has begun validation in clinic of its first test prototype to assess and monitor plasma oxygen, the part of the total blood O2, which can cross the capillary wall and deliver this essential gas for tissue cell respiration.

Medical researchers from Cambridge University, Papworth Hospital and led by Dr Ivan Petyaev, published their discovery that extracellular lipids, lipoproteins, can be the main oxygen carrier in blood plasma. It was found that a decline in OCCL, a reduction of oxygen supply to tissues, might contribute to depression of their functions and development of tissue hypoxia.

CNL has now successfully completed the conversion of the established laboratory format OCCL test to its express dry chemistry-based point-of-care diagnostic, the first affordable test of its kind able to be used not only by any health care practitioner but also by an untrained person at home. This test would require only one drop of capillary blood and provide results within minutes.

One of the company’s first marketing targets is people at risk of developing dementia and in particular those who have already experienced hypoxic or ischemic clinical events such as a stroke or a transient ischemic attack, TIA. Around 78 million people globally and 1 person out of 5 of 65 years or older in Japan will have dementia in 2030.

Stroke or TIA as an acute oxygen deprivation shock to the brain makes it more vulnerable and susceptible to future cerebral hypoxia accompanying development of dementia. Approximately 30% of stroke patients go on to develop cognitive dysfunction within 3 years.

The OCCL point-of-care test would allow a health care practitioner or the person himself or herself, to assess the level of plasma oxygen and detect its potential changes, which may not have any other clinical manifestations. Early diagnosis of these changes may trigger additional medical examination and allow measures to be taken to improve tissue oxygenation.

The company is expecting to launch this test in the first half of 2023. Alexey Shulepov, the CEO of CNL, says “the company is proud to develop this test to help to prevent the development of dementia and reduce its impact on people’s lives in every country”.

©www.geneonline.com All rights reserved. Collaborate with us: [email protected]
Related Post
Portable Paper-Based Diagnostic Chip Detects COVID-19 in Under 10 Minutes
2025-06-03
GSK’s Blenrep Scores World-First Approval in UK for Multiple Myeloma
2025-04-17
Blood Test to Detect Cancer Molecules Years After Lung Cancer Treatment
2025-03-18
LATEST
Finnish Study Finds Brain Biomarkers for Alzheimer’s Detectable in Middle Age
2025-07-14
Blood Test Developed at Medical University of Vienna Predicts Multiple Sclerosis Risk Years Before Symptoms
2025-07-14
University of Tokyo Researchers Develop In Vivo System to Study Senescent Cells in Aging
2025-07-14
Relmada Therapeutics Ends Development of Depression Drug Esmethadone and Terminates Licensing Agreement
2025-07-14
Takeda Reports Positive Phase 3 Trial Results for Oveporexton in Narcolepsy Treatment
2025-07-14
Takeda Pharmaceuticals Reports Positive Phase 3 Trial Results for Narcolepsy Drug Targeting Daytime Sleepiness and Cataplexy
2025-07-14
Takeda Reports Positive Phase 3 Trial Results for Oveporexton Targeting Orexin Proteins in Narcolepsy Treatment
2025-07-14
EVENT
2025-07-23
BIO Asia–Taiwan 2025
Taipei, Taiwan
2025-08-08
HEALTHY AGEING TECH SHOW
Taipei, Taiwan
2025-08-09
MEDINFO 2025
Taipei, Taiwan
2025-09-03
BIO ASIA PACIFIC 2025
Bangkok, Thailand
2025-09-10
BIOHK 2025
Hong Kong
2025-10-01
Medical Japan 2025
Osaka, Japan
Scroll to Top