Diabetic Neuropathy News and Research

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Diabetic neuropathy is a peripheral nerve disorder caused by diabetes or poor blood sugar control. The most common types of diabetic neuropathy result in problems with sensation in the feet. It can develop slowly after many years of diabetes or may occur early in the disease. The symptoms are numbness, pain, or tingling in the feet or lower legs. The pain can be intense and require treatment to relieve the discomfort. The loss of sensation in the feet may also increase the possibility that foot injuries will go unnoticed and develop into ulcers or lesions that become infected. In some cases, diabetic neuropathy can be associated with difficulty walking and some weakness in the foot muscles. There are other types of diabetic-related neuropathies that affect specific parts of the body. For example, diabetic amyotrophy causes pain, weakness and wasting of the thigh muscles, or cranial nerve infarcts that may result in double vision, a drooping eyelid, or dizziness. Diabetes can also affect the autonomic nerves that control blood pressure, the digestive tract, bladder function, and sexual organs. Problems with the autonomic nerves may cause lightheadedness, indigestion, diarrhea or constipation, difficulty with bladder control, and impotence.
Emisphere's oral salmon calcitonin product addresses persistent musculoskeletal pain

Emisphere's oral salmon calcitonin product addresses persistent musculoskeletal pain

Preliminary data from Phase 2 clinical trial of ZFP Therapeutic program presented

Preliminary data from Phase 2 clinical trial of ZFP Therapeutic program presented

Data from Phase 1 safety study of SB-728-T announced

Data from Phase 1 safety study of SB-728-T announced

Decision Resources: Neuropathic pain drug market to be $9.7B in 2018

Decision Resources: Neuropathic pain drug market to be $9.7B in 2018

The Quigley Corporation announces financial results for the third quarter of 2009

The Quigley Corporation announces financial results for the third quarter of 2009

University of Michigan to develop novel therapy for neuropathic pain

University of Michigan to develop novel therapy for neuropathic pain

Sangamo BioSciences awarded a grant to develop zinc finger nuclease-based stem cell therapy for AIDS

Sangamo BioSciences awarded a grant to develop zinc finger nuclease-based stem cell therapy for AIDS

New cutting edge nerve procedure relieves migraine permanently

New cutting edge nerve procedure relieves migraine permanently

Positive data from Cardium Therapeutics' Matrix Phase 2b Excellarate trial

Positive data from Cardium Therapeutics' Matrix Phase 2b Excellarate trial

Sangamo declares pricing of common stock; grants option to purchase additional 450,000 shares

Sangamo declares pricing of common stock; grants option to purchase additional 450,000 shares

Sigma-Aldrich and Sangamo Biosciences extend license agreement for ZFP technology

Sigma-Aldrich and Sangamo Biosciences extend license agreement for ZFP technology

Doris Duke Innovations award for sickle cell disease research

Doris Duke Innovations award for sickle cell disease research

New drug combination releives neuropathic pain and improves sleep

New drug combination releives neuropathic pain and improves sleep

FDA accepts Sangamo's IND for repeat-dosing in Phase 1 clinical trial of SB-728-T ZFN-based therapeutic

FDA accepts Sangamo's IND for repeat-dosing in Phase 1 clinical trial of SB-728-T ZFN-based therapeutic

Preventing nerve cell death in diabetics

Preventing nerve cell death in diabetics

Zinc finger nucleases utilized for modifying hESCs and hiPSCs

Zinc finger nucleases utilized for modifying hESCs and hiPSCs

Low HDL-cholesterol and high triglycerides linked to increased risk of CHD

Low HDL-cholesterol and high triglycerides linked to increased risk of CHD

New tool developed for dementia affected people

New tool developed for dementia affected people

New hope for warding off diabetes nerve loss

New hope for warding off diabetes nerve loss

Molecular motors in cells work together in close coordination

Molecular motors in cells work together in close coordination

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