Pipetting Robots

Companies Pipetting Robots

BioTek Instruments GmbH, Germany

BioTek is a leading developer and supplier of high-value microplate instrumentation and software solutions. Our instrumentation is used to accelerate the drug discovery process, to advance discoveries in genomics and proteomics, and to aid in the advancement of life science research. As part of the more

Hamilton Robotics GmbH, Germany

HAMILTON Robotics designs and manufactures fully automated robotic systems. The products range from unique, custom laboratory automation solutions (Turnkey Solutions) on standard applications validated through partnership programs with renowned biotechnology companies as well as OEM solutions to the more

Products Pipetting Robots

PIRO® - your personal pipetting robot

PIRO® is very easy to program and can be used for many liquid handling needs from simple liquid transfers to highly complex applications more

New Automated Workstation - Removing Human Error, Not Human Brilliance

Less time for manual work in the labor means more time for research: Automate your routine pipetting work. more

Videos Pipetting Robots

PIRO® - your personal pipetting robot

Meet DORNIER-LTF DORNIER-LTF, a daughter company of the German manufacturer DORNIER with tenth of years of experience in building robotics equipment has taken care to provide a pipetting solution which has led to the recently released pipetting system, the PIRO®. Built by experienced engineers, the more

White papers Pipetting Robots

• Real-Time PCR Quality Control for Gene Expression
  

  Quantitative real-time PCR (qPCR) has become the de facto standard for nucleic acid quantification. This achievement is due in large part to its sensitivity, specificity, accuracy, large dynamic range of linear quantification, and its speed. The qPCR technology has matured to a ready-to-use commonly available method in most molecular biology laboratories. Nevertheless, the reliability of the final quantification result depends heavily on all elements in the workflow, such as the quality of the input template (integrity and absence of inhibitors), the PCR assay (specificity, efficiency, limit of detection), and normalization strategy (validated reference genes). more

• High-Throughput Cardiac Gene Expression Analysis Using the Universal ProbeLibrary and the Novel LightCycler® 1536 Real-Time PCR System
  

  Although congenital heart malformations are the most common birth defects in humans, the underlying patho­mechanisms remain widely unknown. Through linkage analyzes and candidate-gene approaches, several gene mutations causing congenital heart defects (e.g., CITED2, GATA4, NKX2-5) have been identified. However, most heart malformations display variable expressivity and pene­trance, which indicates a multifactorial and multigenic basis. This suggests that the regulatory context of transcription factors plays an important role in the manifestation of the defects. In order to better understand the molecular pathways in cardiogenesis and disease we studied the global genetic network that is deregulated in malformed hearts more

Websites Pipetting Robots