Methods and apparatus for improving biochemical based therapy in humans
First Claim
1. A computer-implemented method for improving a biochemical-based therapy in a human, said biochemical-based therapy involving repeatedly administering a biochemical portion to said human, comprising:
- administering, using a computer, a first stimulus/response exercise to said human to measure an efficacy of said biochemical portion on said human;
if said administering said first stimulus/response exercise measures said efficacy of said biochemical portion on said human, improving said efficacy of said biochemical portion on said human by identifying a second stimulus/response exercise that at least maintains said efficacy of said biochemical portion on said human, and administering, using said computer, said second stimulus/response exercise to said human.
7 Assignments
0 Petitions
Accused Products
Abstract
A computer-implemented method for improving biochemical-based therapy, or other forms of therapy such as surgery or radiation, in a human. Using the biochemical-based therapy for discussion, the computer-implemented method may include administering, using a computer, a first stimulus/response exercise to the human to measure at least one of an efficacy of the biochemical portion on the human and an undesirable side effect of the biochemical portion on the human. If the administering the first stimulus/response exercise measures the efficacy of the biochemical portion on the human, the method further includes improving the efficacy of the biochemical portion on the human by identifying a second stimulus/response exercise that at least maintains the efficacy of the biochemical portion on the human, and administering, using the computer, the second stimulus/response exercise to the human. If the administering the first stimulus/response exercise measures the undesirable effect of the biochemical portion on the human, reducing the undesirable effect of the biochemical portion on the human by identifying a third stimulus/response exercise that reduces the undesirable side effect of the biochemical portion on the human, and administering, using the computer, the third stimulus/response exercise to the human.
21 Citations
24 Claims
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1. A computer-implemented method for improving a biochemical-based therapy in a human, said biochemical-based therapy involving repeatedly administering a biochemical portion to said human, comprising:
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administering, using a computer, a first stimulus/response exercise to said human to measure an efficacy of said biochemical portion on said human;
if said administering said first stimulus/response exercise measures said efficacy of said biochemical portion on said human, improving said efficacy of said biochemical portion on said human by identifying a second stimulus/response exercise that at least maintains said efficacy of said biochemical portion on said human, and administering, using said computer, said second stimulus/response exercise to said human. - View Dependent Claims (2, 3)
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4. A computer-implemented method for improving efficacy of a therapy on a human subject, said method comprising:
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administering, using a computer, a first stimulus/response exercise to said human to measure at least one of an efficacy of said therapy on said human subject and an undesirable side effect of said therapy on said human subject;
if said administering said first stimulus/response exercise measures said efficacy of said therapy on said human subject, improving said efficacy of said therapy on said human subject by;
identifying a second stimulus/response exercise that at least maintains said efficacy of said therapy on said human subject, and administering, using said computer, said second stimulus/response exercise to said human subject; and
if said administering said first stimulus/response exercise measures said undesirable effect of said therapy on said human subject, reducing said undesirable effect of said therapy on said human subject by identifying a third stimulus/response exercise that reduces said undesirable side effect of said therapy on said human subject, and administering, using said computer, said third stimulus/response exercise to said human subject. - View Dependent Claims (5, 6, 7, 8, 9, 10)
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11. A computer-implemented method for improving a condition for a human subject, said method comprising:
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(a) administering, using said computer-implemented approach, a first set of exercises to said human subject, said first set of exercises being configured to assess said condition for said human subject;
(b) identifying, using said computer-implemented approach, a second set of exercises configured to improve said condition for said human subject;
(c) administering, using said computer-implemented approach, a training regime including said second set of exercises to said human subject, said training regime being configured to improve said condition for said human subject; and
(d) periodically repeating (a)-(c). - View Dependent Claims (12, 13, 14, 15, 16, 17, 18)
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19. A computer-implemented method for reducing a side effect of a therapy for a human subject, said method comprising:
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(a) administering, using said computer-implemented approach, a first set of exercises to said human subject, said first set of exercises being configured to measure the level of said side effect of said therapy for said human subject;
(b) identifying, using said computer-implemented approach, a second set of exercises configured to reduce the level of said side effect of said therapy for said human subject;
(c) administering, using said computer-implemented approach, a training regime including said second set of exercises to said human subject, said training regime being configured to reduce the level of said side effect of said therapy for said human subject; and
(d) periodically repeating (a)-(c). - View Dependent Claims (20, 21, 22, 23)
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24. A computer readable medium including instructions for improving the efficacy of a therapy in a human subject, said method comprising:
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instructions for administering, using a computer, a first stimulus/response exercise to said human to measure at least one of an efficacy of said therapy on said human subject and an undesirable side effect of said therapy on said human subject;
instructions for, if said administering said first stimulus/response exercise measures said efficacy of said therapy on said human subject, improving said efficacy of said therapy on said human subject by;
identifying a second stimulus/response exercise that at least maintains said efficacy of said therapy on said human subject, and administering, using said computer, said second stimulus/response exercise to said human subject; and
instructions for, if said administering said first stimulus/response exercise measures said undesirable effect of said therapy on said human subject, reducing said undesirable effect of said therapy on said human subject by identifying a third stimulus/response exercise that reduces said undesirable side effect of said therapy on said human subject, and administering, using said computer, said third stimulus/response exercise to said human subject.
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Specification