Electrophoresis gel assembly
A thin-film electrophoresis assembly includes a support frame having a top portion and a substantially flat face, a first thin-film member carried by the support frame, a second thin-film member carried by the support frame, and a resolving gel sandwiched between the first thin-film member and the second thin-film member. A reservoir is mounted to the top portion of the support frame and includes an open top and an open bottom. A stacking gel is carried by the reservoir and includes a bottom surface in fluid-tight communication with a top surface of the resolving gel through the open bottom of the reservoir.
1. A thin-film, electrophoresis assembly, comprising: a support frame including a top portion and a substantially flat face; a first thin-film member carried by the support frame; a second thin-film member carried by the support frame; a resolving gel sandwiched between the first thin-film member and the second thin-film member, the resolving gel including a top surface; a reservoir mounted to the top portion of the support frame, the reservoir including an open top and an open bottom; and a stacking gel carried by the reservoir and including a bottom surface in fluid-tight communication with the top surface of the resolving gel through the open bottom of the reservoir.
2. The electrophoresis assembly of claim 1 , wherein the thin-film members have a thickness between 0.002 in. and 0.02 in.
3. The electrophoresis assembly of claim 1 , wherein the thin-film members have a thickness of substantially 0.004 in.
4. The electrophoresis assembly of claim 1 , wherein the electrophoresis assembly includes one or more mounting mechanisms to mount the reservoir to the top portion of the support frame.
5. The electrophoresis assembly of claim 1 , wherein the support frame includes ear-like, flat protrusions that extend upwardly from the top portion of the support frame, the reservoir includes front and rear protruding members that extend outward and laterally from the reservoir, and the ear-like, flat protrusions are slidably received by the front and rear protruding members to mount the reservoir to the support frame.
6. The electrophoresis assembly of claim 5 , wherein the rear protruding members include flexible, resilient locking members terminating in tangs, the ear-like, flat protrusions of the support frame include holes that receive the tangs of the resilient locking members to lock the reservoir in position relative to the support frame.
7. The electrophoresis assembly of claim 1 , wherein the reservoir includes a trough-like configuration.
8. The electrophoresis assembly of claim 7 , wherein the reservoir decreases in thickness from the open top to the open bottom.
9. The electrophoresis assembly of claim 1 , wherein the support frame is a substantially rectangular support frame having an interconnected upper lateral support, a lower lateral support, a left vertical support, and a right vertical support, and the first thin-film member and the second thin-film member are substantially rectangular.
10. The electrophoresis assembly of claim 1 , further including an adhesive layer between the resolving layer and at least one of the-first thin-film member and the second thin-film member.