Computational knowledge model to discover molecular causes and treatment of diabetes mellitus
First Claim
1. A method of developing an immunosuppressant drug with reduced propensity to induce type II diabetes symptoms, the method comprising:
- assaying candidate molecular entities for binding preferentially to leukocyte isoform calcineurin and less preferentially to muscle cell isoform calcineurin.
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Abstract
In one aspect, the invention comprises a method of developing an immunosuppressant drug with reduced propensity to induce type II diabetes mellitus symptoms by assaying candidate molecular entities for binding preferentially to leukocyte isoform calcineurin and less preferentially to muscle cell isoform calcineurin. In another aspect, the invention comprises a method for determining the onset, severity, or response to treatment of post-transplant diabetes mellitus comprising determining from a patient at risk of contracting post-transplant diabetes mellitus, at least two of increased expression of HDAC5 protein; increased expression of HNF4A protein; decreased expression of NRF1 protein; decreased expression of PPARGC1 protein; and decreased expression of PPP3CA protein.
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Citations
10 Claims
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1. A method of developing an immunosuppressant drug with reduced propensity to induce type II diabetes symptoms, the method comprising:
assaying candidate molecular entities for binding preferentially to leukocyte isoform calcineurin and less preferentially to muscle cell isoform calcineurin. - View Dependent Claims (2, 3, 4, 5, 6)
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7. A method for determining the onset, severity, progression or response to treatment of post-transplant diabetes mellitus comprising determining from a patient at risk of contracting post-transplant diabetes mellitus, at least two of:
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increased expression or activity of HDAC5 protein;
increased expression or activity of HNF4A protein;
decreased expression or activity of NRF1 protein;
decreased expression or activity of PPARGC1 protein;
decreased expression or activity of PPP3CA protein; and
decreased expression or activity of calcineurin proteins. - View Dependent Claims (8, 9, 10)
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Specification