Searchable abstracts of presentations at key conferences on calcified tissues

ba0001oc6.2 | Mineralisation and energy metabolism | ECTS2013

Deficiency of the bone mineralisation inhibitor NPP1 protects against obesity and diabetes

Huesa Carmen , Morton Nicholas M , Ferron Mathieu , Karsenty Gerard , Millan Jose Luis , Ahmed Faisal , Farquharson Colin , MacRae Vicky E

Bone has recently emerged as a novel endocrine organ regulating glucose metabolism. Ectonucleotide pyrophosphatase/phosphodiesterase-1 (NPP1) controls bone mineralisation by generating the mineralisation inhibitor pyrophosphate. In clinical studies increased activity of NPP1 has been found in patients with insulin resistance, and it has been shown to directly inhibit the insulin receptor. We hypothesised that mice lacking NPP1 (Enpp1−/−) would exhibit im...

ba0001oc6.6 | Mineralisation and energy metabolism | ECTS2013

An emerging role of phospho1 in the regulation of energy metabolism

Oldknow Karla , Morton Nik Morton's , Yadav Manisha , Rajoanah Sophie , Huesa Carmen , Bunger Lutz , Ferron Mathieu , Karsenty Gerard , MacRae Vicky , Milan Jose Luis , Farquharson Colin

Genetic approaches to bone physiology utilising judicious gain and loss of function models have identified bone as an endocrine organ, being involved in the regulation of energy metabolism and reproduction. Recent advances expand our understanding and identify a new and unconventional role of bone beyond its classical functions. PHOSPHO1 is a bone specific phosphatase with a recognised role in bone mineralisation, but our present studies have now identified a novel role for PH...