Occupational Therapists in Wolcott, CT Accepting Medicare
5 Occupational Therapists found. Showing 1 - 5
 Mellissa Mary Noonan, OTR Occupational Therapist Medicare: Not Enrolled in Medicare Practice Location: 50 Beach Rd, Wolcott, CT 06716 Phone: 203-879-8066 |
Ashley Johnson Occupational Therapist Medicare: Not Enrolled in Medicare Practice Location: 50 Beach Rd, Wolcott, CT 06716 Phone: 203-879-8066 |
Ms. Pamela Ann Sawyer Occupational Therapist Medicare: Not Enrolled in Medicare Practice Location: 18 Farrell St, Wolcott, CT 06716 Phone: 203-879-9980 |
Elizabeth Marie Lambert Occupational Therapist Medicare: Not Enrolled in Medicare Practice Location: 67 Richard Ave, Wolcott, CT 06716 Phone: 860-817-8854 |
Miss Erica Marie Dipietro Occupational Therapist Medicare: Not Enrolled in Medicare Practice Location: 50 Beach Rd, Wolcott, CT 06716 Phone: 203-879-8066 Fax: 203-879-8484 |
News Archive
States push for caregiver tax credits
Gloria Brown didn't get a good night's sleep. Her husband, Arthur Brown, 79, has Alzheimer's disease and had spent most of the night pacing their bedroom, opening and closing drawers, and putting on and taking off his jacket.
Researchers develop a process to tag cancer cells
Scientists label cells with coloured or glowing chemicals to observe how basic cellular activities differ between healthy and cancerous cells. Existing techniques for labelling cells are either too slow or too toxic to perform on live cells. Now, a study reviewed by Philip Dawson, a member of Faculty of 1000 Biology and leading authority in chemistry and cell biology, describes a novel labelling technique that uses a chemical reaction to make live cancer cells light up quickly and safely.
Specific genes identified that are most likely to become cancer promoters when exposed to DNA promoter hypermethylation
Hypermethylation is a process that causes genes that promote normal cell growth to produce proteins that cause malignant behavior, or unregulated cell growth. Until now, data has been very limited regarding the mechanism and causes of hypermethylation, especially for hypermethylation in breast cancer.
New discovery provides clues to elucidate the pathogenesis of muscle diseases
A research collaboration based in Kumamoto University, Japan has discovered that muscles and the resident stem cells (satellite cells) responsible for muscle regeneration retain memory of their location in the body.
T cell populations in nasal mucosa expand after COVID-19 mRNA vaccination
A new study released as a bioRxiv* preprint tried to establish how tissues such as the upper respiratory tract (URT) – which harbor the virus and often act as the point of entry – are difficult to access for routine testing, but are responsive to vaccination.
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