The Lotus Center | |
75-5852 Alii Dr Ste 166, Kailua Kona, HI 96740-1310 | |
(808) 334-0445 | |
Not Available |
Full Name | The Lotus Center |
---|---|
Type | Facility |
Speciality | Massage Therapist |
Location | 75-5852 Alii Dr Ste 166, Kailua Kona, Hawaii |
Accepts Medicare Assignments | Does not participate in Medicare Program. The facility may not accept medicare assignment. |
Identifier | Type | State | Issuer |
---|---|---|---|
1356507941 | NPI | - | NPPES |
Taxonomy | Type | License (State) | Status |
---|---|---|---|
111NR0400X | Chiropractor - Rehabilitation | 616 (Hawaii) | Secondary |
225700000X | Massage Therapist | 1207 (Hawaii) | Primary |
Mailing Address | Practice Location Address |
---|---|
The Lotus Center 75-5852 Alii Dr Ste 166, Kailua Kona, HI 96740-1310 Ph: (808) 334-0445 | The Lotus Center 75-5852 Alii Dr Ste 166, Kailua Kona, HI 96740-1310 Ph: (808) 334-0445 |
News Archive
University of Illinois researchers report this week that chronic exposure to estradiol, the main estrogen in the body, diminishes some cognitive functions. Rats exposed to a steady dose of estradiol were impaired on tasks involving working memory and response inhibition, the researchers found.
D-CLIP, a lifestyle education program to prevent diabetes in South Asians with prediabetes, increased moderate-to-vigorous intensity physical activity (MVPA) by up to nearly an hour a week, researchers at the Rush Institute for Healthy Aging have found.
A study from investigators at the Massachusetts General Hospital Institute for Technology Assessment projects that the opioid overdose epidemic in the U.S. is likely to increase in coming years, and that measures based on restricting access to prescription opioids will have a minimal impact in reducing overdose deaths.
In a pair of publications, researchers have shown how cells adapt to stressors-like water loss-by reprogramming their internal signaling networks.
Research by Dr. Shernaz Bamji, from the University of British Columbia, uncovers the mechanism of action of an enzyme called DHHC9 in the normal development and function of neural networks in the brain.
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