| REPMATE IN
MICROPLATE The Repmate is seen being loaded from a microplate. Stainless steel pins are resistant to most laboratories chemicals, and a claer Acrylic top allows sight into the microplate and the gels |
SLOT
PINS Detailed spec of the size and the composition of the pins |
REPMATE
LOADING GELS The RepMate is seen loading a MADGE gel. This is efficient of both time and materials - 96 sample s loaded simultaneously and without the cost of tips |
STAT-TRANS Stat-Trans is seen taking samples from the Microplate. The semi automated nature of the system increases the reproducibility of loading gels and reduces user fatigue. | |||
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| 96
GenoTyping CardioVascular genotyping gel - showing excellent resolution of bands and clarity of band patterns |
96
GRADIENT 1.58mm diameter stainless stell pins, with slots of various volumes |
96 LADDER -MADGE 1.58mm diameter stainless stell pins, with slots of various volumes |
96 Resolution SyBr green stained markers imaged on a fluorimager. shows the excellent resolution on a Polyacrylamide gel - up to 12 bands can be seen |
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| 96 1.58mm diameter stainless stell pins, with slots of various volumes |
96 STRETCH Stretch MADGE gels have been used for applications where greater run lengths are needed - here in a VNTR analysis experiment resolution down to 2% can be see, on fragments of between 200 and 300 bp. The adjacent software image shows the clarity with which the bands can be seen. |
192 ARMS-MADGE 192 wells contain 2 sets of 96. one for each of the allelles being called. The adjacent software iame shows the clarity with which bands can be see. |
384 ARMS-MADGE 384 welled MADGE gel. 2 sets of 192 are layed out on the gels. Resolution is sufficient for the allelles to be called easily with analytical software |
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| .768 WELL 1.58mm diameter stainless stell pins, with slots of various volumes |