Factory directly supply truss head self tapping screw to Denmark Importers
Short Description:
Material C1022A Diameter 4.2MM Length 13mm~65mm Surface treatment black/gray phosphated white/yellow galvanized Color black/gray/white/yellow Key words gypsum board screw Usage steel plate, wooden plate, gypsum board, etc Packing all as requested
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Factory directly supply truss head self tapping screw to Denmark Importers Detail:
| Material | C1022A |
| Diameter | 4.2MM |
| Length | 13mm~65mm |
| Surface treatment | black/gray phosphated white/yellow galvanized |
| Color | black/gray/white/yellow |
| Key words | gypsum board screw |
| Usage | steel plate, wooden plate, gypsum board, etc |
| Packing | all as requested |
Product detail pictures:
We have been convinced that with joint efforts, the small business between us will bring us mutual benefits. We will guarantee you merchandise top quality and competitive selling price for Factory directly supply truss head self tapping screw to Denmark Importers, The product will supply to all over the world, such as: Atlanta , Brazil , Egypt , All our goods are exported to clients in the UK, Germany, France, Spain, the USA, Canada, Iran, Iraq, the Middle East and Africa. Our solutions are well welcomed by our customers for the high quality, competitive prices and the most favorable styles. We hope to establish business relationship with all customers and bring more beautifu colors for the life.
You may be a biologist new to the AFM or an AFM expert starting to study biology. When you first start out, using an AFM for biological applications can seem overwhelming. Although there are challenges for successful AFM in biology, we’ll show you it’s easier than you think!
Sample prep is a critical part of successful Bio-AFM. There are some basic principles that help insure success. However, life is complex and so are biological samples — with variations as large as the number of researchers. Thus, at the same time, you will need to be flexible — your samples may require a prep that is tweaked and tailored a bit to optimize your results. Working in liquid adds another challenge. In addition, the choice of measurement mode may not be obvious. Do I want to use tapping mode? Force curves? Contact Mode? Finally, there is a long list of commercial cantilevers available and choosing the best one can be like looking for a needle in a haystack. In this webinar we will present four case studies of a few typical biological samples:
1. Imaging DNA in liquid — including routine helix resolution
2. Imaging living cells in liquid
3. Measuring Young’s modulus of living cells
4. Unfolding forces in Titin
In each case we will discuss sample prep, lever and measurement mode choice and follow up with data interpretation and cautionary examples of experimental artifacts. The goal of this webinar is to give you the confidence to repeat these experiments yourself and then extending them to fit your own research.
This webinar was first presented live May 22, 2013 by Dr. Irene Revenko. Irene is one of the world’s leading experts in Bio AFM. She is a staff scientist at Asylum Research and has over 19 years of AFM experience. She initiated the first bio-classes at Asylum Research in 2002 and since then has taken many students from their first AFM measurements through cutting edge results.
By King 2015-11-06 10:12
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By Karen 2016-8-29 15:42
