METHODS AND DEVICES FOR SAMPLE COLLECTION AND SAMPLE SEPARATION

1 - 31 . (canceled)

32 . A device for collecting a fluid sample from a subject, comprising:

(a) a body containing a collection channel, the collection channel comprising a first opening and a second opening, and being configured to draw a bodily fluid via capillary action from the first opening towards the second opening;

(b) a base, engagable with the body, wherein the base supports a sample container, the container being engagable with the collection channel, having an interior with a vacuum therein, and having a cap configured to receive a channel;

wherein

the second opening of the collection channel is configured to penetrate the cap of the sample container, and to provide a fluid flow path between the collection channel and the sample container;

a separator along the sample collection channel, the separator configured to remove formed component from the sample prior to and when outputting to the sample container.

33 . A method comprising:

collecting a bodily fluid sample into a collection channel, the collection channel comprising a first opening and a second opening, and being configured to draw the bodily fluid via capillary action from the first opening towards the second opening; and

using a separator along the sample collection channel to remove formed component from the sample prior to and when outputting to the sample container.

34 . (canceled)

35 . A device for collecting a biological sample having at least a liquid portion and at least a formed component portion from a subject, the device comprising:

at least one non-tissue penetrating sample inlet for receiving said biological sample into the device;

at least a first outlet for releasing only the liquid portion of the biological sample;

at least a second outlet for outputting a portion of the biological sample that has both the formed component portion and the liquid portion,

wherein a first pathway is defined by the device to fluidically couple the sample inlet with the first outlet, wherein a separation material along the first pathway is configured to remove said formed component from the sample prior to outputting at the first outlet.

36 . The device of claim 35 wherein a second pathway fluidically couples the sample inlet with the second outlet.

37 . The device of claim 35 wherein the separation material and a distributor are configured to have an interface that provides a multi-mode sample propagation pattern wherein at least a first portion is propagating laterally within the separation material and a second portion is propagating through the channels of the distributor over the separation material.

38 . The device of claim 35 wherein there is at least 50 mm 2 surface area of separation material per 30 uL of sample to filter.

39 . The device of claim 35 wherein there is at least 60 mm 2 surface area of separation material per 30 uL of sample to filter.

40 . The device of claim 35 wherein there is at least 70 mm 2 surface area of separation material per 30 uL of sample to filter.

41 . The device of claim 35 wherein the inlet directs the sample to primarily contact a planar portion of separation material surface, and not a lateral edge of the separation material.

42 . The device of claim 36 wherein the amount of time for sample to fill the first pathway and reach the first outlet is substantially equal to the time for sample to fill the second pathway and reach the second outlet.

43 . The device of claim 35 wherein the first pathway comprises a portion configured in a distributed pattern of channels over the separation material to preferentially direct the sample over the surface of the separation material in a pre-determined configuration.

44 . The device of claim 35 wherein at least a portion of the separation material is coupled to a vent which contacts the separation material in a manner that the vent is only accessible fluidically by passing through the separation material.

45 . The device of claim 35 further comprising containers with interiors under vacuum pressure that draw sample therein.

46 . The device of claim 35 wherein the separation material is held in the device under compression.

47 . The device of claim 35 wherein the separation material comprises an asymmetric porous membrane.

48 . The device of claim 35 wherein separation material is a mesh.

49 . The device of claim 35 wherein at least a portion of the separation material comprises a polyethersulfone.

50 . The device of claim 35 wherein at least a portion of the separation material comprises an asymmetric polyethersulfone.