Bone Health Tips West New York NJ

Women also lose bone mass and density because of the high acidity of the typical Western diet. This forces the body to use dietary minerals—and, in their absence, minerals in the bones—to balance the body's pH level, an equilibrium that's critical for survival.

Robert F Spiera, MD
(212) 860-4000
1088 Park Ave
New York, NY
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Richard P Crane MD
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Stewart G Greisman, MD
(212) 265-1471
457 W 57th St
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Ariel Dan Teitel
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26 W 38th St
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(212) 492-5500
425 W 59th St
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Robin Lipschitz, MD
229 E 79th St
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Medical School: Univ Of Cape Town, Fac Of Med, Cape Town, So Africa
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Andrew J Porges, MD
(516) 484-6880
1044 Northern Blvd
Roslyn, NY
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Andrew J Porges MD PC
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Stewart Greisman
(212) 265-1471
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New York, NY
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Dr.Jason Faller
(212) 307-6880
333 W 57th St # 104
New York, NY
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M
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Medical School: Univ Of Pa Sch Of Med
Year of Graduation: 1977
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Hospital: St Lukes-Roosevelt Hospital -S, New York, Ny
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Jason Faller, MD
(212) 307-6880
333 W 57th St Apt 104
New York, NY
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Internal Medicine, Rheumatology
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French, Spanish, Hebrew
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Medical School: Univ Of Pa Sch Of Med, Philadelphia Pa 19104
Graduation Year: 1977
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Hospital: St Lukes-Roosevelt Hospital -S, New York, Ny

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Diana Goldenberg
(212) 606-1203
535 E 70th St
New York, NY
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Building Strong Bones

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By James Keough

Theoretically, women should get all the nutrients they need to build and maintain strong bones from their diet, but for myriad reasons, not many do. A spate of new research suggests that most premenopausal women need supplements to ward off osteoporosis later in life. A study from the University of Michigan School of Nursing found that the gradual reduction of estrogen levels that precedes menopause can impair vitamin K’s role in binding calcium to bone. The authors say the current recommended daily intake (RDI) of 1 mg/kg/d—the amount deemed necessary to ensure proper blood clotting—may not be enough for perimenopausal women, but establishing an optimum RDI awaits further research.

Women also lose bone mass and density because of the high acidity of the typical Western diet. This forces the body to use dietary minerals—and, in their absence, minerals in the bones—to balance the body’s pH level, an equilibrium that’s critical for survival. While dietary changes can reverse this acidosis, new research from Switzerland shows that taking a daily supplement of potassium citrate can improve the bones in postmenopausal women with low bone mass. The women who received the supplement had a significant increase in bone mass density in their lumbar spine and hips compared with women who received potassium chloride supplements. The difference indicates that the alkaline nature of the potassium citrate supplement improves bone health independent of the bone-building effects of potassium alone.

Chronic inflammation, another by-product of our Western diet, weakens bones by forcing the body’s osteoclasts, the cells that degrade and reabsorb bone, into overdrive. This accelerates the loss of minerals the body socked away during its youth. In a study on mice, researchers at the University of Texas in San Antonio found that supplementing with conjugated linoleic acid (CLA) put the brakes on the osteoclasts and slowed down the loss of bone (and muscle) mass. CLA, a compound formed from plant fatty acids, occurs naturally in dairy products and meat.

Dietary changes can prove difficult to make—just ask anyone trying to lose weight—but women who are concerned about osteoporosis can take a simple step toward bone health: Stop drinking colas. It doesn’t seem to matter if the sodas are diet, regular, or decaffeinated, says a study in the American Journal of Clinical Nutrition. Women 60 or older who drink cola had lower bone mass than those who didn’t, and the loss became greater with each additional can. Still need that carbonated pick-me-up? Noncola soft drinks appear to be bone-friendly.

Author: James Keough

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