Sample carrier

1. A sample carrier assembly, comprising: a conical carrier body insertable into an opening of a flow cell to transport a sample to be analyzed into the flow cell; a receiving region for receiving the sample, the receiving region extending at a smaller end face of the conical carrier body, the conical carrier body being configured to meter a liquid sample having a volume between 1 and 100 μl and to adhere the sample to the conical carrier body; and, a handling region for handling the sample carrier assembly, the handling region extending at an end face of the conical carrier body opposite the smaller end face, wherein, when the carrier body is inserted into the opening, the conical carrier body fluid-tightly closes the opening with a lateral surface of the conical carrier body in manner of a stopper, wherein the conical carrier body is configured to be rotatable in the opening while maintaining fluid-tight closure of the opening, and the sample being washable from the receiving region for analysis by the flow cell.

2. The sample carrier assembly according to claim 1 , wherein the sample carrier assembly is configured so that the sample to be analyzed, which is peaceable together with the sample carrier assembly in the flow cell, adjoins a cavity in the flow cell.

3. The sample carrier assembly according to claim 2 , wherein the sample placed together with the sample carrier assembly in the flow cell is detachable from the receiving region by a stream of fluid, wherein the stream of fluid is generated, by emptying a reagent reservoir integrated in the flow cell.

4. The sample carrier assembly according to claim 1 , further comprising pre-processing devices for pre-processing of sample material delivered to the sample carrier assembly for the sample to be analyzed, wherein the pre-processing devices comprise means for dosing, reagent means and/or separators.

5. The sample carrier assembly according to claim 1 , further comprising a transport device with which the sample to be analyzed is transported away from the sample carrier assembly.

6. The sample carrier assembly according to claim 5 , wherein the transport device is a flushing channel.

7. The sample carrier assembly according to claim 2 , wherein the sample carrier assembly is configured to be placeable in a fluid-tight manner at an opening leading into the cavity.

8. The sample carrier assembly according to claim 7 , wherein the sample carrier assembly is configured to close the opening like a stopper and an interference fit for a conical support element of the sample carrier assembly is formed by the opening.

9. The sample carrier assembly according to claim 4 , wherein the receiving region comprises means for receiving the sample in doses.

10. The sample carrier assembly according to claim 9 , wherein the means for receiving the sample in doses comprise spatial boundaries of the receiving region.

11. The sample carrier assembly according to claim 9 , wherein the means for receiving the sample in doses comprise at least one surface coating for controlling wettability of the receiving region or differently wettable plastic materials adjoining the receiving region.

12. The sample carrier assembly according to claim 1 , wherein the handling region is configured to permit manual handling of the sample carrier assembly without touching the sample.

13. The sample carrier assembly according to claim 8 , wherein the sample carrier assembly closing the opening like a stopper is configured to be rotatable in the opening while maintaining fluid-tight closure of the opening.

14. The sample carrier assembly according to claim 2 , further comprising a closure device that prevents removal of the sample carrier assembly connected to the flow cell.

15. The sample carrier assembly according to claim 4 , wherein the receiving region comprises a dry reagent for a first reaction with the sample to pre-process the sample.

16. A combination comprising: an analysis device; and a sample carrier assembly according to claim 1 .