BIOMACH - Home

Microtubules at the Switching Point - Traffic Control in Nanoscale. BIOMACH partner Delft has designed a device, in which kinesin motor proteins can be used in nanometer scale to perform mechanical work. Controlled application of an external field steers the microtubules into either one of two arms of a Y junction see Figure. These results were published in the prestigious scientific journal Science. See also the perspective. Of the BIOMACH project. 2004 Coordination Dr. Mario Ruben.

OVERVIEW

The web page biomach.org presently has a traffic ranking of zero (the lower the better). We have crawled nine pages inside the web page biomach.org and found five websites interfacing with biomach.org. We were able to precure three contacts and addresses for biomach.org to help you reach them. The web page biomach.org has been online for one thousand and fifty-five weeks, nineteen days, eleven hours, and one minute.
Pages Parsed
9
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5
Contacts
3
Addresses
3
Online Since
Sep 2004

BIOMACH.ORG TRAFFIC

The web page biomach.org is seeing a fluctuation levels of traffic for the duration of the year.
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BIOMACH.ORG HISTORY

The web page biomach.org was first submitted to the registrar on September 14, 2004. It is now one thousand and fifty-five weeks, nineteen days, eleven hours, and one minute old.
REGISTERED
September
2004

BUSINESS MATURITY

20
YEARS
2
MONTHS
19
DAYS

LINKS TO BIOMACH.ORG

ruben-group

As Quantum Transducer for Plasmon Generation. Controlling light at the nanoscale by electrical fields requires objects, in which electro-magnetic properties are responsive to gating fields. In two recent publications it was shown that molecules fulfil this requirement and act as such quantum transducers. This article was presented as research highlight in Nature Photonics. To read more see Nano Letters 2013. Electrically driven nuclear spin resonance in single-molecule magnets.

WHAT DOES BIOMACH.ORG LOOK LIKE?

Desktop Screenshot of biomach.org Mobile Screenshot of biomach.org Tablet Screenshot of biomach.org

CONTACTS

Karlsruher Institut fuer Technologie KIT , Steinbuch Centre for Computing SCC

- -

Kaiserstr. 12

Karlsruhe, 76128

DE

Dieter Oberle

Karlsruher Institut fuer Technologie KIT, SCC

Karlsruhe, --, 76128

DE

Hostmaster KITSCC

Karlsruher Institut fuer Technologie KIT, SCC

Karlsruhe, --, 76128

DE

BIOMACH.ORG SERVER

I found that a lone page on biomach.org took five hundred and thirty-one milliseconds to come up. Our crawlers could not detect a SSL certificate, so in conclusion our web crawlers consider this site not secure.
Load time
0.531 sec
SSL
NOT SECURE
IP
129.13.40.245

NAME SERVERS

dns3.belwue.de
dns1.belwue.de
dns1.kit.edu
dns2.kit.edu

FAVICON

SERVER SOFTWARE AND ENCODING

We caught that biomach.org is operating the Apache/2.4.10 (Debian) server.

SITE TITLE

BIOMACH - Home

DESCRIPTION

Microtubules at the Switching Point - Traffic Control in Nanoscale. BIOMACH partner Delft has designed a device, in which kinesin motor proteins can be used in nanometer scale to perform mechanical work. Controlled application of an external field steers the microtubules into either one of two arms of a Y junction see Figure. These results were published in the prestigious scientific journal Science. See also the perspective. Of the BIOMACH project. 2004 Coordination Dr. Mario Ruben.

PARSED CONTENT

The web page states the following, "Microtubules at the Switching Point - Traffic Control in Nanoscale." I viewed that the web site said " BIOMACH partner Delft has designed a device, in which kinesin motor proteins can be used in nanometer scale to perform mechanical work." They also said " Controlled application of an external field steers the microtubules into either one of two arms of a Y junction see Figure. These results were published in the prestigious scientific journal Science." The meta header had nanotechnology as the first search term. This keyword is followed by self-assembly, Mario Ruben, and chemistry which isn't as important as nanotechnology. The other words they uses is molecular motors. Bio-Nano is included and will not be viewed by search engines.

SEE SUBSEQUENT WEB PAGES

biomachina.org

Our lab has moved to Old Dominion University in Norfolk, Virginia.

Rafael Soteras portfolio

As a person I am always very dedicated and determined about my work. As a fast learner I work hard to achieve my goals and am very committed to my research relating to a given subject matter. Coming from an artistic background I am imaginative, very creative and productive.