First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
A new antibiotic that can kill a range of disease-causing bacteria is identified in a paper published this week http://t.co/eBsLoXk4Z2
A new antibiotic kills pathogens without detectable resistance http://t.co/zIJW3H4Edn
A new antibiotic kills pathogens without detectable resistance http://t.co/dopojyatwH
A new antibiotic kills pathogens without detectable resistance http://t.co/n4hT3HfviY
A new antibiotic kills pathogens without detectable resistance http://t.co/GyYHzZBrb7
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
"Teixobactin was exceptionally active against Clostridium difficile..."http://t.co/idOSqI0SGL 👏😁
"Teixobactin was exceptionally active against Clostridium difficile..."http://t.co/idOSqI0SGL 👏😁
Pretty big news enabled by a technology advancement! "A new antibiotic extracted from soil bacteria can kill a huge…https://t.co/RYJZkePcrF
A new antibiotic that can kill a range of disease-causing bacteria is identified in a paper published this week http://t.co/eBsLoXk4Z2
Idea for drug R&D into #antibiotic #resistance presented in Nature. http://t.co/4r8xEJykWl & http://t.co/rbgYhQeSxS & http://t.co/2ETcLbGGvp
Pretty big news! https://t.co/RYJZkePcrF
An exciting development: A new #antibiotic kills pathogens without detectable #resistance http://t.co/qOwn0aSEQA
A new #antibiotic isolated from soil, teixobactin, kills pathogens without detectable resistance http://t.co/NMPnZDjTu3
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
The lack of any new #antibiotics in years makes yesterday's discovery v exciting http://t.co/yjXE1gLjMy #HorizonPrize http://t.co/MBo8iK3V33
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
A new antibiotic kills pathogens without detectable resistance http://t.co/CjME2skaAK
A new antibiotic, teixobactin, kills pathogens without detectable resistance http://t.co/6z1h8XiGgq & http://t.co/YdmjfwbRm0
Nuevo antibiótico Teixobactin destruye patógenos inhibiendo la síntesis de la pared celular http://t.co/si17d6CLev
Exciting discovery-could be the first new antibiotic class in over a decade http://t.co/ZeW3ou8ost
"Teixobactin was exceptionally active against Clostridium difficile..."http://t.co/idOSqI0SGL 👏😁
#Awesome! A new class of antibiotics might be on its way! http://t.co/3tPX5Nxq9r #science #health #mrsa #antibioticresistance @nature
A new antibiotic, teixobactin, kills pathogens without detectable resistance http://t.co/6z1h8XiGgq & http://t.co/YdmjfwbRm0
And, here's the article from today's Nature! A new antibiotic kills pathogens without detectable resistance http://t.co/U7zaJ5bK6E
Primer on #antibiotics: when you do/don't need them. http://t.co/trrSKzGQiX Also, if you missed it. #newantibiotic http://t.co/sVlCgIq42O
"A new antibiotic kills pathogens without detectable resistance" (Audio: http://t.co/Ldm8NkWm8s) Full text: http://t.co/Qzk3XpHUR5
New Antibiotic offers hope vs superbugs. http://t.co/It4Z9fqbfg
A new antibiotic, teixobactin, kills pathogens without detectable resistance http://t.co/6z1h8XiGgq & http://t.co/YdmjfwbRm0
A new antibiotic kills pathogens without detectable resistance http://t.co/SAA8Ujngk0
New Antibiotic offers hope vs superbugs. http://t.co/Cp7Bq1VvKa #Science
New Antibiotic offers hope vs superbugs. via @ImGabbar http://t.co/suf26IyH8k #tech #Gabbarism
The lack of any new #antibiotics in years makes yesterday's discovery v exciting http://t.co/yjXE1gLjMy #HorizonPrize http://t.co/MBo8iK3V33
New Antibiotic offers hope vs superbugs. via /r/science http://t.co/N7BW16gx4t #science
A new antibiotic, teixobactin, kills pathogens without detectable resistance http://t.co/6z1h8XiGgq & http://t.co/YdmjfwbRm0
New hope for future antibiotics #antibiotics #health @nature http://t.co/HPH2ZIqy6m
Let's talk about some really good news: Nature - A new antibiotic kills pathogens without detectable resistance http://t.co/UshVhf0Lum
#Awesome! A new class of antibiotics might be on its way! http://t.co/3tPX5Nxq9r #science #health #mrsa #antibioticresistance @nature
"A new antibiotic kills pathogens without detectable resistance" http://t.co/HFJivonGss Great to hear of new drugs but Beware false prophets
A new antibiotic, teixobactin, kills pathogens without detectable resistance http://t.co/6z1h8XiGgq & http://t.co/YdmjfwbRm0
#Awesome! A new class of antibiotics might be on its way! http://t.co/3tPX5Nxq9r #science #health #mrsa #antibioticresistance @nature
#Awesome! A new class of antibiotics might be on its way! http://t.co/3tPX5Nxq9r #science #health #mrsa #antibioticresistance @nature
Possibly the first new antibiotic in years. http://t.co/UbEiBKb2Um
Could this newly discovered #teixobactin be the answer to antibiotic resistance? http://t.co/woD3PDtkpr
idea in latest @nature that bacteria can't evolve resistance to new antibiotic teixobactin is risible http://t.co/rLCM0GkhJc
http://t.co/EArhCwgIo9 @Pathogens: New Antibiotic-no detectable resistance. iChip to isolate&grow uncultured bacteria http://t.co/WZJv0P9OM8
A new antibiotic kills pathogens without detectable resistance : Nature : Nature Publishing Group http://t.co/M4KJFohMy6
A new antibiotic that can kill a range of disease-causing bacteria is identified in a paper published this week http://t.co/eBsLoXk4Z2
A new antibiotic, teixobactin, kills pathogens without detectable resistance http://t.co/6z1h8XiGgq & http://t.co/YdmjfwbRm0
new #antibiotic #teixobactin kills pathogens without detectable resistance (abstract) http://t.co/z6yU3Qi8e1 & http://t.co/7GH4Y43pmo
A new antibiotic, teixobactin, kills pathogens without detectable resistance http://t.co/6z1h8XiGgq & http://t.co/YdmjfwbRm0
A new antibiotic kills pathogens without detectable resistance : Nature : Nature Publishing Group http://t.co/8h32T2BYox
A new antibiotic, teixobactin, kills pathogens without detectable resistance http://t.co/6z1h8XiGgq & http://t.co/YdmjfwbRm0
A new antibiotic kills pathogens without detectable resistance http://t.co/ocgJdGSINr
.@nature Too few microbios can grow microbes; sequencing DNA isnt enough. New antibiotic discovery is a great example http://t.co/e0MgczjqVO
.@nature Too few microbios can grow microbes; sequencing DNA isnt enough. New antibiotic discovery is a great example http://t.co/e0MgczjqVO
Promising. A new antibiotic kills pathogens without detectable resistance http://t.co/Nt7sMnZd0P
A new antibiotic that can kill a range of disease-causing bacteria is identified in a paper published this week http://t.co/eBsLoXk4Z2
Some good news, a new antibiotic teixobactin and a new culturing methods to create other new antibiotics: http://t.co/Bp1tSj5wll
In animal studies, new antibiotic, teixobactin, is active against drug-resistant Gram+ pathogens including MRSA. See: http://t.co/3tfpscql4y
http://t.co/fbQ6pUtuKO A new antibiotic kills pathogens without detectable resistance.
Great News! A new antibiotic kills pathogens without detectable resistance http://t.co/LKCcbxEU41 The Ra Centre
The properties suggest a path towards developing antibiotics that are likely to avoid development of resistance. http://t.co/GAWDaXbplq
A new antibiotic kills pathogens without detectable resistance http://t.co/ffBdg4BuTj
A new antibiotic kills pathogens without detectable resistance http://t.co/FOjEO5yCBr
New antibiotic research http://t.co/Gu62qH90Dj
#teixobactine nouvel antibiotique prometteur : spectre couvrant les mycobact dont la tuberculose et pas de résistance http://t.co/H7EzHA4PNg
"If you can't grow it, you don't know it." cultivation of novel microbes leads to new applications. http://t.co/e0MgczjqVO #beamicrobehunter
Here the earlier mentioned nature paper: "A new antibiotic kills pathogens without detectable resistance" http://t.co/F83tp1iYK6
New antibiotic! Hope is alive! http://t.co/n6hF5EAhG0
New antibiotic kills pathogens without detectable resistance http://t.co/f3zj8DS6Xd #Medicine #Research