Treatment for arthritis
OwnerJames P. Eliainventor
Life of this patent
Estimating the term…
Abstract
The insertion of a growth factor in the body of a human patient is used to treat arthritis. A reduction of inflammation occurs; and in the avascular necrosis type of arthritis, blood vessels and/or bone are grown at the joint to provide correction thereof.
Claims158
An organogenesis method for growing at least a portion of a desired organ in a body of a human patient comprising:
- (a) Placing a genetic material capable of causing formation of said organ at a desired site in said body;
- (b) Directing and controlling organ formation in said body by placing a physiological medium capable of causing said body to reduce apoptosis and permit organ formation to proceed at a desired site in said body;
- and
- (c) Growing said organ in said body.
An organogenesis method for growing at least a portion of a desired organ in a body of a human patient comprising:
- (a) placing a genetic material capable of causing formation of said organ at a desired site in said body;
- and
- (b) directing and controlling organ formation in said body by placing a physiological medium capable of augmenting organogenesis in said body.
An organogenesis method for growing at least a portion of a desired organ in a body of a human patient comprising:
- (a) placing a genetic material capable of forming said organ at a desired site in said body;
- and
- (b) directing and controlling organ formation in said body by placing a physiological medium capable of supercharging cellular environment and thereby activating cellular response.
A method for controlling the growth of a desired organ in the body of a human patient comprising:
- (a) placing a genetic material capable of causing formation of said organ at a desired site in said body;
- (b) growing said organ in said body;
- and
- (c) inhibiting organ growth by placing an organogenesis inhibitor into said body.
A method of growing at least a portion of an organ at a desired site in a human body comprising:
- (a) providing a human cell;
- (b) contacting said cell with a genetic material and a physiological medium to form a mixture;
- (c) placing said mixture at a desired site in a human body;
- (d) forming a bud in said body;
- and
- (e) growing at least a portion of an organ from said bud.
A method of growing at least a portion of an organ at a desired site in a human body comprising:
- (a) providing a human cell;
- (b) contacting said cell with a genetic material and a physiological medium to form a mixture;
- (c) forming a bud from said mixture;
- (d) placing said bud at a desired site in said body;
- and
- (e) growing said bud into at least a portion of said organ.
A method of growing at least a portion of an organ at a desired site in a human body comprising:
- (a) providing a human cell;
- (b) contacting said cell with a genetic material and a physiological medium to form a mixture;
- (c) forming a bud in said mixture;
- (d) forming at least a portion of an organ in said mixture;
- and
- (e) placing said at least portion of an organ at a desired site in said human body.
A method of growing at least a portion of an organ at a desired site in a human body comprising:
- (a) providing a human cell;
- (b) contacting said cell with a genetic material to form a mixture;
- (c) placing said mixture at a desired site in a human body;
- (d) forming a bud in said body;
- (e) growing at least a portion of an organ from said bud;
- and
- (f) inhibiting organ growth by placing an organogenesis inhibitor into said body at a desired site.
A method of growing at least a portion of an organ at a desired site in a human body comprising:
- (a) providing a human cell;
- (b) contacting said cell with a genetic material to form a mixture;
- (c) forming a bud from said mixture;
- (d) placing said bud at a desired site in said body;
- (e) growing said bud into at least a portion of said organ;
- and
- (f) inhibiting organ growth by placing an organogenesis inhibitor into said body at a desired site.
A method of growing at least a portion of an organ at a desired site in a human body comprising:
- (a) providing a human cell;
- (b) contacting said cell with a genetic material to form a mixture;
- (c) forming a bud in said mixture;
- (d) forming at least a portion of an organ in said mixture;
- (e) inhibiting organ growth by placing an organogenesis inhibitor into said mixture;
- and
- (f) placing said at least a portion of an organ at a desired site in said human body.
A method of growing at least a portion of an organ at a desired site in a human body comprising:
- (a) providing a human cell;
- (b) contacting said cell with a genetic material to form a mixture;
- (c) forming a bud in said mixture;
- (d) forming at least a portion of an organ in said mixture;
- (e) placing said at least a portion of an organ at a desired site in said human body;
- and
- (f) inhibiting organ growth by placing an organogenesis inhibitor into said body at a desired site.
A method of growing an organ in a body of a human patient comprising inserting a genetic material and a physiological nutrient culture at a specific location of said body to induce the growth of an organ.
A method of growing a suborgan in a body of a human patient comprising inserting a genetic material and a physiological nutrient culture at a specific location of said body to induce the growth of a suborgan.
An organogenesis method for growing at least a portion of a desired organ in the body of a human patient comprising:
- (a) Placing a genetic material capable of causing formation of a blood vessel at a desired site in said body;
- (b) Placing genetic material capable of forming a desired organ at a desired in said body;
- and
- (c) Causing said organ to grow in said body.
An organogenesis method for growing at least a portion of a desired organ in the body of a human patient comprising:
- (a) Placing a genetic material capable of causing formation of said organ at a desired site in said body;
- (b) Directing and controlling organ formation in said body by placing a physiological medium capable of causing said body to become pro-apoptotic to induction and formation of said desired organ;
- and
- (c) Growing said desired organ in said body.
An organogenesis method for growing at least a portion of a desired organ in the body of a human patient comprising:
- (a) Placing a genetic material capable of causing formation of said organ at a desired site in said body;
- (d) Directing and controlling organ formation in said body by placing a physiological medium capable of causing said body to become anti-apoptotic to induction and formation of said desired organ;
- and
- (e) Growing said desired organ in said body.
An organogenesis method for growing at least a portion of a desired organ in the body of a human patient comprising:
- (a) Placing a genetic material capable of causing formation of said organ at a desired site in said body;
- (b) Directing and controlling organ formation in said body by placing a physiological medium capable of causing said body to become agonistic to induction and formation of said desired organ;
- and
- (c) Growing said desired organ in said body.
An organogenesis method for growing at least a portion of a desired organ in the body of a human patient comprising:
- (a) Placing a genetic material capable of causing formation of said organ at a desired site in said body;
- (b) Directing and controlling organ formation in said body by placing a physiological medium capable of causing said body to become antagonistic to induction and formation of said desired organ;
- and
- (c) Growing said desired organ in said body.
Dependencies are inferred from the claim text.