hongikeng.com
People — The Joint Initiative for Metrology in Biology
http://www.hongikeng.com/community.html
MAKING THE MEASUREMENTS THAT MATTER. NIST Measurement Experts, Stanford Innovators,. JIMB LEADERSHIP AND ADMINISTRATION. Executive Committee, JIMB,. Executive Committee, JIMB,. Leader, California Team, NIST Genome-Scale. Executive Committee, JIMB,. Pathology and of Genetics. Laurie E. Locascio. Exec Committee (ex-officio), JIMB,. Director, Material Measurement. Executive Committee, JIMB,. Leader, NIST Genome-Scale. Measurements Group, Consulting Professor of Bioengineering and of Pathology. Associate Pro...
primerize.stanford.edu
Primerize: Primer Design for PCR Assembly
https://primerize.stanford.edu/demo_1d
Section #1: Result Retrieval. Section #2: Single Assembly. Section #3: Mutate-and-Map Plates. Section #4: Mutation/Rescue Sets. Section #1: DNA Template Design. Section #2: IDT Oligo Ordering. Section #3: PCR Assembly Protocol. Section #4: In Vitro. Section #5: Massively Parallel Preparation. Please enter your sequence below: valid nucleotides only (A, C, G, T, and U); and at least 60. Your sequence is longer than 500. Written down for retrieval. Your sequence is longer than 1000.
primerize.stanford.edu
Primerize: Primer Design for PCR Assembly
https://primerize.stanford.edu/license
Section #1: Result Retrieval. Section #2: Single Assembly. Section #3: Mutate-and-Map Plates. Section #4: Mutation/Rescue Sets. Section #1: DNA Template Design. Section #2: IDT Oligo Ordering. Section #3: PCR Assembly Protocol. Section #4: In Vitro. Section #5: Massively Parallel Preparation. Please read the following LICENSE carefully. To continue downloading source code, you must accept the agreement. LICENSE for Primerize, v1.3. 5 You agree not to use (i) Stanford's name or other trademarks, or (ii) t...
primerize.stanford.edu
Primerize: Primer Design for PCR Assembly
https://primerize.stanford.edu/tutorial
Section #1: Result Retrieval. Section #2: Single Assembly. Section #3: Mutate-and-Map Plates. Section #4: Mutation/Rescue Sets. Section #1: DNA Template Design. Section #2: IDT Oligo Ordering. Section #3: PCR Assembly Protocol. Section #4: In Vitro. Section #5: Massively Parallel Preparation. This tutorial walks you through the basics of website interface, and explains parameters and results. Hover mouse to the. We have examples for new users, see. For further questions, please feel free to. The source c...
dna20.molecular-robotics.org
Speakers | DNA20
http://dna20.molecular-robotics.org/speakers
DNA Computing and Molecular Programming. University of California San Francisco. Nanoscale Construction with DNA. Cristian S. Calude. The University of Auckland. The Quest for Quantum Randomness. We survey recent results regarding the quality of quantum randomness based on the notion of value indefinite observable. We show that the outcome of a measurement of such an observable is maximally unpredictable which implies that quantum randomness is highly incomputable. Cristian S. Calude. DNA programs execut...
rmdb.stanford.edu
RMDB: RNA Mapping DataBase
https://rmdb.stanford.edu/deposit/validate
Chemical Mapping Data of. Use this form to validate that a file that describes RNA chemical footprinting experiments follows the standards. Other consistency checks such as sequence and data agreement are also made. Specify an RMDB ID. Designed, built and managed by members of the. Database license under CC0. Site contents under CC-BY-SA-4.0.
rmdb.stanford.edu
RMDB: RNA Mapping DataBase
https://rmdb.stanford.edu/deposit/submit
Chemical Mapping Data of. Designed, built and managed by members of the. Database license under CC0. Site contents under CC-BY-SA-4.0.