A simple and convenient method is described for sticking biological tissue samples onto a small copper net using Histoacryl (the n butyl ester out of the series of α cyanoacrylic acid esters). The technique has the following advantages: Wet samples can be quickly stuck to the net, and are thus protected while being handled further in different baths. The use of copper facilitates the process of freeze drying effectively, and the net structure of the holder stimultaneously allows drying of the entire sample surface. Thus, in most cases the cumbersome and expensive preparation of delicate mechanical sample holders can be circumvented
For accurate diagnosis, detailed information about tissue structure and pathology is often needed. A...
INTRODUCTIONCryosections are rapidly and relatively easily prepared prior to fixation, and they prov...
An X-ray microanalytical and morphological investigation has been carried out on rapidly frozen, fre...
A microbiopsy system for fast excision and transfer of biological specimens from donor to high-press...
A microbiopsy system for fast excision and transfer of biological specimens from donor to high-press...
Currently, there are many existing systems in lab automation for handling fluidic biological samples...
A microbiopsy system was developed to overcome long sampling times for tissues before they are cryo-...
This paper presents a SlipChip device that allows stabilization of biological samples in the dry sta...
A study was undertaken to determine if it might be possible to prepare tissue sections on slides wit...
WO2005001439 A UPAB: 20050202 NOVELTY - Sample holder for cryo-conservation of biological or medical...
WO2005007290 A UPAB: 20050218 NOVELTY - Substrate (100) for holding numerous samples comprises a num...
A method of handling a biopsy sample using a magnetic field is presented as well as a system for ima...
WO2004042341 A UPAB: 20040621 NOVELTY - Partial samples (21, 22, 23) are positioned in the sample ch...
WO2004017732 A UPAB: 20040418 NOVELTY - Preservation of biological samples, by freezing, comprising ...
of other staining methods, including immunohistochemical techniques. Mounting small biopsy specimens...
For accurate diagnosis, detailed information about tissue structure and pathology is often needed. A...
INTRODUCTIONCryosections are rapidly and relatively easily prepared prior to fixation, and they prov...
An X-ray microanalytical and morphological investigation has been carried out on rapidly frozen, fre...
A microbiopsy system for fast excision and transfer of biological specimens from donor to high-press...
A microbiopsy system for fast excision and transfer of biological specimens from donor to high-press...
Currently, there are many existing systems in lab automation for handling fluidic biological samples...
A microbiopsy system was developed to overcome long sampling times for tissues before they are cryo-...
This paper presents a SlipChip device that allows stabilization of biological samples in the dry sta...
A study was undertaken to determine if it might be possible to prepare tissue sections on slides wit...
WO2005001439 A UPAB: 20050202 NOVELTY - Sample holder for cryo-conservation of biological or medical...
WO2005007290 A UPAB: 20050218 NOVELTY - Substrate (100) for holding numerous samples comprises a num...
A method of handling a biopsy sample using a magnetic field is presented as well as a system for ima...
WO2004042341 A UPAB: 20040621 NOVELTY - Partial samples (21, 22, 23) are positioned in the sample ch...
WO2004017732 A UPAB: 20040418 NOVELTY - Preservation of biological samples, by freezing, comprising ...
of other staining methods, including immunohistochemical techniques. Mounting small biopsy specimens...
For accurate diagnosis, detailed information about tissue structure and pathology is often needed. A...
INTRODUCTIONCryosections are rapidly and relatively easily prepared prior to fixation, and they prov...
An X-ray microanalytical and morphological investigation has been carried out on rapidly frozen, fre...