News story from Le Monde on Wednesday 07 May 2014
Le Monde,
Una bacteria es el primer organismo vivo que añade letras artificiales al ‘alfabeto’ del ADN
Agencia SINC,
Científicos del Instituto de Investigación Scripps (EE UU) han diseñado una bacteria cuyo material genético incluye un par…
Bacteria Given Expanded Genetic Code
C&EN,
Synthetic Biology: Modified bacteria are first cells to copy DNA with three base pairs
Bacteria Given Expanded Genetic Code
Chemical & Engineering News,
Synthetic Biology: Modified bacteria are first cells to copy DNA with three base pairs
News story from Daily Mail on Wednesday 07 May 2014
Daily Mail,
News story from L'Express on Wednesday 07 May 2014
L'Express,
News story from The Independent on Wednesday 07 May 2014
The Independent,
News story from The Guardian on Wednesday 07 May 2014
The Guardian,
Augmenting the Genetic Alphabet
The Scientist Magazine,
For the first time, synthetic DNA base pairs are replicated within living bacteria.
Scripps Research Institute Scientists Create First Living Organism that Transmits Added Letters in DNA 'Alphabet'
Newswise,
Scripps Research Institute scientists have engineered a bacterium whose genetic material includes an added pair of DNA "letters,…
El nuevo alfabeto genético
El Mundo,
Científicos de EEUU crean el primer organismo capaz de vivir con dos unidades artificiales fabricadas en el laboratorio en el cód…
Scientists create first living organism that transmits added letters in DNA 'alphabet'
Nanowerk,
Scientists have engineered a bacterium whose genetic material includes an added pair of DNA 'letters', or bases, not found in…
Semi-synthetic organism: Scientists create first living organism that transmits added letters in DNA 'alphabet'
Science Daily,
Scientists have engineered a bacterium whose genetic material includes an added pair of DNA “letters,” or bases, not found in…
Itsy bitsy bacterium gets a bigger genetic code
New Scientist,
Synthetic biologists have built the first lifeform with new artificial letters added to its genetic code, allowing it to store…
Scientists create 'alien' life-form
Independent.ie,
A replicating "alien" life-form has been created by scientists who introduced DNA molecules not found in nature to a common…
News story from Neue Zürcher Zeitung (NZZ) on Wednesday 07 May 2014
Neue Zürcher Zeitung (NZZ),
Organism with artificial DNA alphabet makes its debut
Science News,
Using DNA molecules other than A, C, G and T, scientists have created the first living organism with an expanded genetic…
News story from The Guardian on Wednesday 07 May 2014
The Guardian,
Scientists create first living organism that transmits added letters in DNA 'alphabet'
Phys.org,
Scientists at The Scripps Research Institute (TSRI) have engineered a bacterium whose genetic material includes an added pair…
The first organism with an expanded genetic code
New Scientist,
Bacteria have been given two new artificial letters in their genetic code, allowing them to store far more information than any…
Life engineered with expanded DNA code
U-T San Diego,
A Scripps Research-led team made a replicating bacterium with two unnatural DNA letters.
Scientists create first living organism that transmits added letters in DNA alphabet
Daily News,
Scientists at The Scripps Research Institute (TSRI) have engineered a bacterium whose genetic material contains an added pair…
X
Popular Mechanics,
Life created A, C, G, and T. Now, say hello to X and Y.
Scientists create first living organism that transmits added letters in DNA 'alphabet'
EurekAlert!,
( Scripps Research Institute ) Scientists at The Scripps Research Institute have engineered a bacterium whose genetic material…
First life with 'alien' DNA
Nature,
An engineered bacterium is able to copy DNA that contains unnatural genetic letters.
Synthetic biology: Beyond divisions
Nature,
Since the birth of synthetic biology nearly 15 years ago, the field has splintered into diverse tribes of scientists, all…
Bacterium survives unnatural DNA transplant
Chemistry World,
Cell thrives with six nucleotides instead of the normal four and new DNA code could lead to new, unique proteins