1. A computer-implemented method for processing information on a nucleotide sequence comprising the steps of: (a) receiving, via a communication network, request information of an object or service, wherein the object or service is provided for an individual based on one or more genetic differences between individuals, and wherein the request information does not include genetic information; (b) searching a first memory area for positional information, and wherein the positional information corresponds to information on classification of the object or service, and wherein the positional information represents a position in a nucleotide sequence, and retrieving the positional information, wherein the first memory area is permitted to be accessed by a first processor; (c) transmitting, via a communication network, the positional information retrieved in step (b) to a second processor which is permitted to access a second memory area storing polymorphism information regarding the individual; (d) receiving, via a communication network, polymorphism information based on the positional information transmitted in step (c); and (e) outputting, via a communication network, the polymorphism information received in step (d) to a user, and wherein the user includes a third processor which is permitted to access a third memory area storing semantic information, and which searches the third memory area to retrieve, in response to said transmission of the polymorphism information, semantic information based on the transmitted polymorphism information, and outputs the semantic information to a device that utilizes the semantic information or information corresponding to the semantic information, which is used for a provision of the object or service substantially included in the request information, wherein steps (a)-(e) are conducted under the control of the first processor.
1. A computer-implemented method for processing information on a nucleotide sequence comprising the steps of: (a) receiving, via a communication network, request information of an object or service, wherein the object or service is provided for an individual based on one or more genetic differences between individuals, and wherein the request information does not include genetic information; (b) searching a first memory area for positional information, and wherein the positional information corresponds to information on classification of the object or service, and wherein the positional information represents a position in a nucleotide sequence, and retrieving the positional information, wherein the first memory area is permitted to be accessed by a first processor; (c) transmitting, via a communication network, the positional information retrieved in step (b) to a second processor which is permitted to access a second memory area storing polymorphism information regarding the individual; (d) receiving, via a communication network, polymorphism information based on the positional information transmitted in step (c); and (e) outputting, via a communication network, the polymorphism information received in step (d) to a user, and wherein the user includes a third processor which is permitted to access a third memory area storing semantic information, and which searches the third memory area to retrieve, in response to said transmission of the polymorphism information, semantic information based on the transmitted polymorphism information, and outputs the semantic information to a device that utilizes the semantic information or information corresponding to the semantic information, which is used for a provision of the object or service substantially included in the request information, wherein steps (a)-(e) are conducted under the control of the first processor. 3. The method for processing information on a nucleotide sequence according to claim 1 , wherein in step (c), secondary positional information corresponding to the positional information retrieved in step (b) is set and the positional information retrieved in step (b) is transmitted along with the secondary positional information, and in step (d), the polymorphism information is received along with the secondary positional information.