METHOD FOR PREPARING SAMPLE FOR MICROSCOPE EXAMINATION AND SAMPLE PREPARATION KIT
Provided is a method for preparing a sample for microscope examination, the method including bringing a liquid (B) for gelling or solidifying a medium solution (A) into contact with a surface of the medium solution (A), which contains at least one spheroid (S) and which is substantially transparent when being gelled or solidified, in a state where the liquid (B) is in the form of mist, bubbles, or liquid droplets with a smaller volume than the volume of the medium solution (A), thereby gelling or solidifying the medium solution (A).
1 . A method for preparing a sample for microscope examination, the method comprising:
bringing a liquid for gelling or solidifying a medium solution into contact with a surface of the medium solution, which contains at least one examination object and which is substantially transparent when being gelled or solidified, in a state where the liquid is in the form of mist, bubbles, or liquid droplets with a smaller volume than the volume of the medium solution, thereby gelling or solidifying the medium solution.
2 . The method for preparing a sample for microscope examination according to claim 1 , wherein the liquid is atomized by ultrasound radiation or pressure application.
3 . The method for preparing a sample for microscope examination according to claim 1 , wherein the medium solution is supported by a base material in a state where the surface of the medium solution with which the liquid is brought into contact is exposed.
4 . The method for preparing a sample for microscope examination according to claim 3 , wherein the base material has a shape of a rod, cup, well, ring, swab, sponge, porous body, or plate that is flat or that has irregularities on a surface thereof.
5 . The method for preparing a sample for microscope examination according to claim 3 , wherein the base material is made to support the medium solution containing the examination object such that the medium solution is adhered, in the form of a water droplet, to a surface of the base material.
6 . The method for preparing a sample for microscope examination according to claim 3 , wherein the base material is made to support a droplet of the medium solution containing the examination object such that the droplet is hung.
7 . The method for preparing a sample for microscope examination according to claim 1 , wherein the examination object is a material that is derived from a living organism and that is formed of a cell, cell aggregate, cell tissue, spheroid, or organoid.
8 . The method for preparing a sample for microscope examination according to claim 1 , wherein the examination object is a material that is derived from an abiological object and that has fluorescence, luminescence, phosphorescence, or a dye.
9 . The method for preparing a sample for microscope examination according to claim 7 , wherein the medium solution is gelled or solidified after the material that is derived from a living organism and that is contained in the medium solution takes a form for examination.
10 . The method for preparing a sample for microscope examination according to claim 7 ,
wherein the medium solution is a culture medium that contains sodium alginate and that can grow the material derived from a living organism, and
the liquid is an aqueous solution containing divalent metal ions.
11 . The method for preparing a sample for microscope examination according to claim 1 , wherein the medium solution is gelled or solidified up to the vicinity of a periphery of the examination object.
12 . The method for preparing a sample for microscope examination according to claim 1 , wherein in the medium solution, only an exposed surface with which the liquid is brought into contact is gelled or solidified.
13 . A sample preparation kit comprising:
a base material for supporting a medium solution in a state where the medium solution contains an examination object; and
liquid contacting means for bringing a liquid for gelling or solidifying the medium solution into contact with a surface of the medium solution supported by the base material in a state where the liquid is in the form of mist, bubbles, or liquid droplets with a smaller volume than the volume of the medium solution.