Silicon in Bottled Water Can Help Women With Osteoporosis

Scientists interested in counteracting osteoporosis and decreases in bone density are researching how the silicon found in bottled water from artesian wells can help postmenopausal women with low bone mass. Silicon is required in trace amounts for normal bone formation.

This study, published in Nutrition Journal, shows that drinking such water from artesian aquifers is a good source of silicon.  The trials only lasted 12 weeks, not enough time to show changes in the subjects’ bone markers, but researchers are optimistic and believe that further study is warranted.

Because standard treatments such as bisphosphonate drugs and hormone replacement therapy have been associated with osteonecrosis (bone death caused by decreased blood supply) or increased cardiovascular risk, it is important to find new options for women that have fewer debilitating and life threatening side effects.

There are many other compounds that can help combat osteoporosis including magnesium, vitamin D, and copper.

For other helpful supplements and a full overview of natural treatment options for osteoporosis, click here.

Source: Nutrition Journal

Innovative Medical Technique Saves Limbs

An innovative surgical technique called Bone Transport is being
used to save limbs. Dr. Austin Fragomen, Fellowship Director for
the Institute of Limb Lengthening and reconstruction surgery at
the Hospital for Special Surgery, uses an evolution of techniques
originally developed in Russia.

An innovative surgical technique called Bone Transport is being
used to save limbs. Dr. Austin Fragomen, Fellowship Director for
the Institute of Limb Lengthening and reconstruction surgery at
the Hospital for Special Surgery, uses an evolution of techniques
originally developed in Russia. Only a handful of surgeons in the
world use the procedure routinely (see also Dr. Austin Fragomen).

According to Dr. Fragomen, “The basic way it works is the bone is
cracked surgically and then the leg is put into an external fixation
device and the bone is separated one millimeter a day until the
desired length is achieved.

For more information visit http://www.hss.edu/physicians_fragomen-austin.asp or contact Dr. Austin Fragomen at 212-606-1550.