Glucosamine and cartilage are good for colon health

Data from two large generational studies in the United States show that glucosamine and cartilage are beneficial to colon health through anti-inflammatory mechanisms., glucosamine and cartilage have been widely used in joint health. Glucosamine and cartilage can also reduce the risk of colorectal cancer by up to
23 percent, according to a follow-up study published in the journal
International Journal of cancer .Research published in the journal
VITAL

in
in 2009 identified a link
between glucosamine and cartilage and colon health, but did not indicate a causal link. The recent study further confirms the findings of
VITAL
study. The researchers believe additional research is needed to better understand the association between glucosamine and cartilage and the risk of colorectal cancer and its mechanisms of action.glucosamine and cartilageglucosamine and sulphate are the two main ingredients in the joint health product catalog. The
GAIT
trial, funded by the U.S. National Institutes of Health for $

14 million, showed that a combination of the two could help patients with moderate to severe osteoarthritis significantly reduce knee pain.both materials have declined in the U.S. market, according to O'Rey International.
Global retail sales of glucosamine products reached
2.041 billion U.S. dollars
in 2011
, but its market estimate for
2015
was only
1.770 billion U.
S. dollars. Cartilage has been plagued by concerns about the source of the purchase.Study DetailsThe new study, led by Dr
. Elizabeth Kantor
of memorial Sloan Kettering Cancer Center in New York, analyzed data from
68466
women and
27934
men in the follow-up study, resulting in
,672,
cases of colorectal cancer.data analysis showed that the use of glucosamine alone did not have an effect, combined with cartilage to significantly reduce the risk of colon cancer up to
23%
. The researchers compared
,
BMI, or physical activity as factors and found no significant changes.about glucosamine
Glucosamine
), a hydroxyhydroxy of glucose replaced by amino acids. Amino glucose is an important preludes in protein or lipid glycosylation reactions. The amino glucose derivative
N-
acetaminophen is a monosome of chitin, which is widely found in the exoskeleton of arthropods and in the cell walls of fungi. Another derivative, N-
acetyl
, is the main component that forms the cell walls of bacteria.about chondroitincartilage (
Chondroitin
) molecular weight is generally
2-5
million, white powder, with strong water absorption, soluble in water and become a viscous solution, insoluble in ethanol, ether, acetone and other organic solvents. Its chemical composition is
D-
glucosalic acid and acetaminophen (glucose and semi-lactose) by
1
,
3-b-
glycoside bonds linked to the highly polymer.