Arbor Glen Center Medicare and Medicaid Location: 25 E Lindsley Road, Cedar Grove, New Jersey 07009 Ratings: Phone: (973) 256-7220 |
St Joseph's Healthcare And Rehab Center Medicare and Medicaid Location: 315 East Lindsley Road, Cedar Grove, New Jersey 07009 Ratings: Phone: (973) 754-4800 |
Canterbury At Cedar Grove Medicare and Medicaid Location: 398 Pompton Avenue, Cedar Grove, New Jersey 07009 Ratings: Phone: (973) 239-7600 |
Waterview Center Medicare and Medicaid Location: 536 Ridge Road, Cedar Grove, New Jersey 07009 Ratings: Phone: (973) 239-9300 |
Alaris Health At Cedar Grove Medicare and Medicaid Location: 110 Grove Ave, Cedar Grove, New Jersey 07009 Ratings: Phone: (973) 571-6600 |
News Archive
It is estimated that as many as 80% of advanced-stage cancer patients may develop cachexia, a potentially fatal metabolic syndrome characterized by extreme weight loss and muscle wasting, but scientists do not yet fully understand why it is more frequently associated with certain kinds of tumor than others, or why not all cancer patients develop it.
Ambulance crews are to gain a crucial new tool to help them get speedy access to information on everything from advice on resuscitation drugs doses, to data on toxic chemicals and poisons thanks to a new Ambulance Crew Electronic Pocket Guide for Personal Digital Assistants, designed by the University of Warwick, being launched at the Ambulance Service Association Conference (AMBEX) in Harrogate on 27th -29th June.
Bacteriophages, known informally as phages, are viruses that can attack and kill specific bacteria. They occur everywhere in the natural world. Precisely because they are matched to just one specific type of bacteria, researchers and medics hope that phages can be engineered to combat certain bacterial infections.
Patients with treatment-resistant major depression saw dramatic improvement in their illness after treatment with ketamine, an anesthetic, according to the largest ketamine clinical trial to-date led by researchers from the Icahn School of Medicine at Mount Sinai.
X-linked methyl-CpG binding protein 2 plays important role in the regulation of neuronal development, proliferation and maturation, and synaptic regeneration and apoptosis.
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