IQ Lamina is a buffered, isotonic solution containing proprietary laminar flow stabilizers, bacteriostatic agents, fungicidal agents, and preservatives protected by a patent, it is used to hydrodynamically position the flow of specimen within the focal depth of the lens of the microscope and to ensure streamlined flow by rinsing and wetting all fluidic components.
IQ Lamina is a buffered, isotonic solution containing proprietary laminar flow stabilizers, bacteriostatic agents, fungicidal agents, and preservatives protected by a patent, it is used to hydrodynamically position the flow of specimen within the focal depth of the lens of the microscope and to ensure streamlined flow by rinsing and wetting all fluidic components.
IQ Lamina is a buffered, isotonic solution containing proprietary laminar flow stabilizers, bacteriostatic agents, fungicidal agents, and preservatives protected by a patent, it is used to hydrodynamically position the flow of specimen within the focal depth of the lens of the microscope and to ensure streamlined flow by rinsing and wetting all fluidic components.
IQ Lamina is a buffered, isotonic solution containing proprietary laminar flow stabilizers, bacteriostatic agents, fungicidal agents, and preservatives protected by a patent, it is used to hydrodynamically position the flow of specimen within the focal depth of the lens of the microscope and to ensure streamlined flow by rinsing and wetting all fluidic components.
IQ Lamina is a buffered, isotonic solution containing proprietary laminar flow stabilizers, bacteriostatic agents, fungicidal agents, and preservatives protected by a patent, it is used to hydrodynamically position the flow of specimen within the focal depth of the lens of the microscope and to ensure streamlined flow by rinsing and wetting all fluidic components.
IQ Lamina is a buffered, isotonic solution containing proprietary laminar flow stabilizers, bacteriostatic agents, fungicidal agents, and preservatives protected by a patent, it is used to hydrodynamically position the flow of specimen within the focal depth of the lens of the microscope and to ensure streamlined flow by rinsing and wetting all fluidic components.