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ABOUT CAREBONE.COM

CareBone USA, Inc. has been delivering results since our 2019 opening in California, USA. Our goal is to provide both superior customer experience and tremendous value to our customers.

ABOUT BONE-STRENGTHENING SUPPLEMENT

Bone-Strengthening Supplement, also called Bone-Strengthening Pill (BSP), is made from a variety of natural sources and herbal plants. Bone-Strengthening formula is a dietary supplement which can support microcirculation disturbance, normal repair of damaged bones, muscles, and cartilage tissue after excessive exercise, and strengthen physique. BSP agent contributes to bone mineral density, and contains nutrients needed to maintain body movement, metabolism and physiological functions of bones and muscles.

Tests and studies confirm that Bone-Strengthening Supplement can inhibit and reverse necrosis of the femoral head bone cells and cartilage cells to repair the femoral head, promote the repair of bones and cartilage diseases, support normal bone healing after trauma and surgery, and is beneficial to bone and joint health.

ABOUT THE FOUNDER OF CAREBONE

Lulin Wang, M.D. and Ph.D chairman, is the founder of CareBone USA Inc. and the inventor of Bone-Strengthening Supply (BSP). Founder and legal representative of Beijing Kuangda Pharmaceutical Factory and Jianxing Traditional Chinese Medicine Hospital in Beijing, China, he graduated from the medical department of Jilin Medical College in 1978. After more than 20 years of orthopedic research, he developed a Bone-Strengthening Supplement that can promote the self-reparation of osteoarthritis such as osteonecrosis.

Bone-Strengthening Supplement  is a kind of dietary supplement, which is aslo called Bone-Strengthening Pill (BSP) and Jiangusheng Pill in China. Because BSP is made from a variety of natural ingredients and herbs, and does not contain heavy metals and harmful substances, it is safe to take. It can promote the self-reparation of bones, chondrocytes, and muscle cells. Bone and joint diseases affect bone and cartilage cells and muscles. It is known that about one third of the world’s sick people have serious diseases causing physical disability and impeding their health. They include osteomyelitis of the bone, osteonecrosis of the femoral head, necrosis of the talus, osteonecrosis of the knee, and necrosis of the osteoarthritis. Usually, the main methods of treating bone and joint diseases are bed rest, anti-inflammatories, analgesics, and other supportive treatments after fracture and orthopedic surgery. Patients with severe bone and joint diseases had to undergo operations. With the aging of the world population, these rate of these incidences are increasing, causing serious burden to individuals and their families. Until presently, there had been no effective methods or drugs to promote the reparation of bone and chondrocytes.

After more than 20 years of research, Lulin Wang, M.D. and Ph.D championed and developed Bone-Strengthening Pill, which has been proved by clinical research to successfully help the reparation of human bone and cartilage cells, inhibit reversal of the necrosis of bone and cartilage cells, repair the femoral head, and promote the improvement and repair of affected bone and cartilage from diseases. It solves the world’s difficult problem that osteoarthritis, such as osteonecrosis, cannot be healed.

In 1997, Bone-Strengthening Pill was approved by China’s FDA (with the approval number of z10970030). The most famous top hospitals in China are: Department of Peking Union Medical College Hospital, Beijing’s Chinese Academy of Medical Sciences and Jishuitan Hospital (affiliated to Peking University), and Jiaxing Traditional Chinese Medicine Hospital.  As BSP has been widely used for more than 20 years, it has proven that the necrosis of the femoral head can be completely repaired, and the weight-bearing capacity and function after healing are basically the same as that of people without bone and joint diseases.  The deformed femoral head can also maintain its shape and be restored to its corresponding weight-bearing capacity. Children and adolescents can basically be healed. In general, MRI diagnosis of osteonecrosis of the femoral head in the patients without fracture or collapse has obvious curative effects after taking BSP for 3-6 months.

Osteomyelitis, bone tuberculosis, fibrous dysplasia, osteoarthritis, Swelling of knee joint，osteoporosis and so on will have obvious effects of recovery in 3-9 months. Severe trauma, Fractures and multiple fractures, promoting round healing and orthopedic positive repair 1 – 2 weeks can be significantly improved. See: case introduction:

1) The adult osteonecrosis of the femoral head can be completely repaired.

Case 1, female, 51 years old, 4 years old, recovered after 12 months of eating. Before eating, the top of the femoral head was V-shaped defect, with uneven boundary and bone density (a). After 8 months of consumption, the necrotic area became smaller and the bone density decreased, but it was more uniform (b). After eating, the head was smooth, the necrosis area disappeared, and the low density area (c) of the recovery process could be seen.

Case 2, male, 39 years old, with necrosis of the femoral head for two years, was repaired after 12 months’ consumption and returned to normal work.
Before treatment, the shape of the femoral head did not change significantly, large area of irregular low-density area was seen, density was uneven, bone trabecula disappeared, necrosis area accounted for about 90%, joint space was normal. After 12 months of consumption, the density of femoral head was basically restored, and the distribution of trabecular structure was uniform and clear.

2) In adults, osteonecrosis of the femoral head has been deformed and can be restored in its original shape.

Case 1, male, 29 years old, 2 years sick, 15 months after eating. Before eating, the top of the femoral head collapsed, flattened, the top of the large dead bone, increased density, uneven thickness (a). After 9 months of treatment, the dead bone fused with the normal bone, the density decreased and the surface was unclear (b). After eating, the femoral head is slightly flat, the bone density is even, and the bone trabecula is clear (c).

Case 2, 66 years old, 8 years sick, 16 months cured. Before eating, the femoral head was flat, the articular surface was rough, the space disappeared, the density was uneven, there were oval dead bone mass (a). After eating, the joint space appeared, the joint surface was smooth, and the bone density recovered (b).

3) In adults, the necrosis space of femoral head can be improved.

Case 1, male, 56 years old, had severe pain and limited activity in 5 years. After 16 months of treatment, the patients returned to normal work. Before treatment, the shape of femoral head was vague, the joint space was unclear, the density was uneven, and the necrosis area accounted for 70% (a). After treatment, the surface of femoral head was smooth, the density was even, the bone trabecula was even, and the joint space was normal (b).

Case 2, female, 59 years old, rheumatoid with osteonecrosis for 13 years, can not get out of bed, can be better than light work after eating.
Before eating, the bilateral joint space disappeared and the density of femoral head was uneven (a1,2). After eating, bilateral joint space appeared, the surface of femoral head was smooth and bone density was even (b1,2).

4) Osteonecrosis of the femoral head in children and adolescents can be basically recovered.

Case 1, female, 9 years old, 2 years ill, 15 months cured. Before the treatment, the epiphysis of the femoral head became flat, fragmented and uneven in density (a). After 9 months of eating, the appearance of femoral head appeared (b). The shape of femoral head was normal, the surface was smooth and the density was even (c).

Case 2, female, 10 years old, 2 years sick, a total of 18 months to eat cured. Before the treatment, the femoral head became flat, fragmented and uneven in density (a). At 12 months, the shape of the femoral head was unclear and the density decreased (b). After eating, the femoral head slightly flattened, with smooth surface and uniform density (c).

5) Fracture nonunion and comminuted fracture have certain effect

Case 1, male, 36 years old, left femur fracture did not heal for 3 years and recovered after 3 months. Before eating, visible fracture light transmission line (a). After treatment, the bone cortex was continuous and the light transmission line disappeared (b).

Case 2,  A 49 year old femoral neck fracture was fixed with steel needle for three years. The fracture was healed after 9 months of necrosis. Before the treatment, the head of the femoral neck fracture moved down, the light transmission line was seen at the fracture site, and obvious nail marks were seen on both steel needles. The bone trabecula was clear and the nail mark disappeared. The density of femoral neck fracture repair was uniform after nail removal.

Case 3, female 55 years old, right lateral comminuted fracture of bone and shaft of 耾, recovered 7 weeks after medication. Before eating, there were multiple comminuted fractures of the bone and shaft of 耾, angular deformity (a), compression and fixation of small splint pad (b), and recovery (c) after 7 weeks.

 

6) Osteomyelitis, osteoarthritis, knee synovitis, joint swelling repair.

Case 1, osteomyelitis: female, 74 years old, left femur osteomyelitis for 49 years, has been supporting the crutch, unable to work. Six months after taking the medicine, the dead bone disappeared, the fistula disappeared, and housework could be done. Before eating, large, high-density dead bones were seen (a). After eating, the high density dead bone disappeared and the density was even (b). Scar after repair (c).

Case 2, male, 36 years old, left femur osteomyelitis for 20 years, has been operated on 6 times in a famous professional hospital. Leakage does not heal, first-class pus, can not work, many hospitals told amputation. After 7 months, the dead bone disappeared, the fistula healed and labor resumed. Before treatment, (a) the density of massive dead bone at the lower end of femur was uneven. (b) After treatment, the dead bone disappeared and the density was even.

 Case 3, Knee synovitis, arthritis, effusion and swelling. A 12-year-old male presented with synovitis and effusion of the left knee, swelling for 4 years (a), and recovery after 6 months (b).

7) Repair of fibrous dysplasia and bone tuberculosis

Case 1, female, 55 years old, bone fiber dysplasia for 3 years, severe pain, cured after eating for 6 months. Before eating, the clavicles, sternum and the first rib on both sides were thickened and deformed, with uneven density (a). After eating, the density of clavicle, sternum and the first rib on both sides were more uniform than before (b).

Case 2, male, 23 years old, right face significantly enlarged, pain for 5 years. CT showed dysplasia of bone fibers in the right maxilla and maxillary sinus area, which recovered after 9 months.
Before eating (a) – (c), there were multiple patchy ground glass density mixed shadows in the right maxilla and the maxillary sinus area, which grew expansively and the cavity became smaller. After eating (d) – (f), the bone texture of the right maxillary and the right maxillary sinus area was clear, and the cavity increased.

Case 3, Repair of bone tuberculosis: female, 39 years old, 3 years old, cured with antituberculosis drugs for 7 months. Bone destruction of the 2nd and 3rd lumbar vertebrae before eating (a). The necrosis of the 2nd and 3rd lumbar vertebrae disappeared and osteosclerosis (b).

8) MRI can show repair

Case 1, female, 46 years old, necrosis of the femoral head, right side, with bilateral hip joint effusion for one year, cured after 9 months. MRI showed that the signal in the middle and upper part of the right femoral head was decreased before eating (a), and even after eating (b).

Case 2, female, 49 years old, with bilateral osteonecrosis for 3 years, was repaired after 9 months. MRI showed that the bilateral femoral head had double line sign and uneven signal reduction (a) before eating, and even signal (b) after eating.

Over the past 20 years, as Bone-Strengthening Pill has treated tens of thousands of patients, reduced disability and relieved patients’ pain, the efficacy of Bone-Strengthening Pill has been widely recognized by doctors and patients in the academic community. An academic paper titled “Bone-Strengthening Pill (BSP) promotes bone cell and chondrocyte repair, and the clinical and experimental study of BSP in the treatment of osteonecrosis of the femoral head” is published in an international top journal of oncology SCI (https://doi.org/10.18632/oncotarget.21226). Another paper titled “Bone-

Strengthening Supplement (BSP) promotes bone and cartilage repair, for the treatment of Osteonecrosis of Femoral Head: an MRI-based study” is published in the American Journal of Translational Medicine (www.ajtr.org / ISSN: 1943-8141 / ajtr0100898), and in other academic journals (available on US government websites).

This research achievement has successfully obtained the Authorized Invention patent of China Patent Office, and won the Excellence Award of China patent. It has since also passed the preliminary examination of the United States Patent Office.  Since then, it has successfully solved the problem of reparation of bone and cartilage systems from diseases, ending the history of bone and cartilage diseases that can not be healed, solving the problem of bone necrosis disease previously unable to be repaired, and filling the medical gap of a major, multiple and refractory human disease around the world. The “Development and Clinical Application of Jiangusheng Pill” project won the second prize of science and technology from Beijing’s municipal government and the first prize from the China Academy of Traditional Chinese Medicine.

Starting in 2019, in order to allow this scientific and technological innovation to benefit the people of the United States and the world, Bone-Strengthening Supplement as a supplement has been produced and sold in the United States, available at https://carebone.com and Amazon.com.