Currently, there are many existing systems in lab automation for handling fluidic biological samples. There are also systems which are able to convey the corresponding sample carriers like Eppendorf tubes or microwell plates to the place of processing. But only few systems are available, which are able to handle non-fluidic biological samples. Therefore, we developed an adhesive grabber with a tip, which can be heated an cooled. This is achieved by an Peltier element connected to a heat pipe, which is holding the tip. The adhesion fluid can undergo a phase change and hold/release the sample
An innovative, low-cost, 3D-printed sample-holder is proposed for reproducible and effective stirrin...
Two laboratory devices have been designed for experimental use in biosorption studies involving the ...
A microbiopsy system was developed to overcome long sampling times for tissues before they are cryo-...
A simple and convenient method is described for sticking biological tissue samples onto a small copp...
This paper presents a SlipChip device that allows stabilization of biological samples in the dry sta...
The present invention relates to a cartridge adapted to house at least one biological sample therein...
WO2005083057 A UPAB: 20051011 NOVELTY - Cell carrier (10) for receiving a biological sample that inc...
NOVELTY - The container has an upper container (8) and lower container (11) connected with covers (7...
WO2005001439 A UPAB: 20050202 NOVELTY - Sample holder for cryo-conservation of biological or medical...
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...
Micro- and macro-flow systems have been used as in vitro platforms to study bacterial adhesion under...
We present a bidirectional electrothermal microgripper for the advanced manipulation of single large...
ABSTRACT: Sample preparation is a major bottleneck in many biological processes. Paramagnetic partic...
Inspired from additive manufacturing's success, the structuring of biocompatible materials through b...
An innovative, low-cost, 3D-printed sample-holder is proposed for reproducible and effective stirrin...
Two laboratory devices have been designed for experimental use in biosorption studies involving the ...
A microbiopsy system was developed to overcome long sampling times for tissues before they are cryo-...
A simple and convenient method is described for sticking biological tissue samples onto a small copp...
This paper presents a SlipChip device that allows stabilization of biological samples in the dry sta...
The present invention relates to a cartridge adapted to house at least one biological sample therein...
WO2005083057 A UPAB: 20051011 NOVELTY - Cell carrier (10) for receiving a biological sample that inc...
NOVELTY - The container has an upper container (8) and lower container (11) connected with covers (7...
WO2005001439 A UPAB: 20050202 NOVELTY - Sample holder for cryo-conservation of biological or medical...
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...
Micro- and macro-flow systems have been used as in vitro platforms to study bacterial adhesion under...
We present a bidirectional electrothermal microgripper for the advanced manipulation of single large...
ABSTRACT: Sample preparation is a major bottleneck in many biological processes. Paramagnetic partic...
Inspired from additive manufacturing's success, the structuring of biocompatible materials through b...
An innovative, low-cost, 3D-printed sample-holder is proposed for reproducible and effective stirrin...
Two laboratory devices have been designed for experimental use in biosorption studies involving the ...
A microbiopsy system was developed to overcome long sampling times for tissues before they are cryo-...