A new antibiotic kills pathogens without detectable resistance http://t.co/eQqJkoeTiJ
http://t.co/vt8OGpYZfl ...excellent activity against Gram-negative pathogenes, including drug resistance strains @SepsisUK @AboutSepsis
#Teixobactin new #antibiotic inhibits cell wall synthesis kills #pathogens w/o #resistance http://t.co/GIMtjumfVp #Nature #JournalKentucky
@MatthewJConnors @edbrydon Apparently, you just need to rub some dirt on it. http://t.co/e8PO4DbC34
A new antibiotic kills pathogens without detectable resistance. http://t.co/9oLSdWVmx0
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 #teixobactin #iChip http://t.co/DNESgCvHRH
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 : Nature : Nature Publishing Group http://t.co/1R24GX6rj1
A new antibiotic that can kill a range of disease-causing bacteria is identified in a paper published this week http://t.co/eBsLoXk4Z2
L'#antibiotico non basta piú, serve il super-antibiotico http://t.co/gZycBLE3xg
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/IeJotiuqmc
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 kills pathogens without detectable resistance http://t.co/jaFswHJZix #antibiotics #resistance #awesome
Potentes Antibiotikum aus Bodenorganismen: #Teixobactin wird auch mit resistenten Keimen fertig. http://t.co/FIRyGCxzvx
A new antibiotic kills pathogens without detectable resistance http://t.co/7uGwH6zrl4
30 yıl sonra .. http://t.co/RTjNGeHvxR
A new #antibiotic kills pathogens without detectable #resistance http://t.co/C11BMD2qmr
Ling et al, 2015 A new antibiotic [#Teixobactin] kills pathogens without detectable resistance. http://t.co/lIY6E9lwkp #paywall #AaronSwartz
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 : Nature : Nature Publishing Group - http://t.co/BD4zgWDZyc
Probably the most exciting chemical structure to be published for a while: it's teixobactin http://t.co/oSAaHWjFfQ http://t.co/uVTjPgLMhY
An exciting breakthrough as 25 possible new #antibiotics are discovered http://t.co/lboBZt8Iju #drugdevelopment #Resistance
A new antibiotic that can kill a range of disease-causing bacteria is identified in a paper published this week http://t.co/eBsLoXk4Z2
#teixobactina ci aiuterà a battere i super batteri resistenti agli antibiotici http://t.co/mGSPqJocJB @nature #antibioticresistance
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
耐性出にくい抗生物質を発見 欧米チーム新手法:日経 http://t.co/1KY6aoZeht iChipを用い難培養性細菌から細胞壁の合成を阻害するテイクソバクチンを発見(Nature)→ http://t.co/oVbI0s7Kh8
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
耐性出にくい抗生物質を発見 欧米チーム新手法:日経 http://t.co/1KY6aoZeht iChipを用い難培養性細菌から細胞壁の合成を阻害するテイクソバクチンを発見(Nature)→ http://t.co/oVbI0s7Kh8
耐性出にくい抗生物質を発見 欧米チーム新手法:日経 http://t.co/1KY6aoZeht iChipを用い難培養性細菌から細胞壁の合成を阻害するテイクソバクチンを発見(Nature)→ http://t.co/oVbI0s7Kh8
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
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
Cool, new potential #antibiotic (peptide),though disagree with statement by authors on avoidance of #resistance ... http://t.co/PLRj3b0pRW
New antibiotic reported - this is a BIG deal! https://t.co/oQhRi610D3
A new antibiotic kills pathogens without detectable resistance http://t.co/PLezYcMYOR 黄色ブドウ球菌などに効いて、かつ耐性を作らせない細胞壁構築阻害剤teixobactinができたよー的な?
A new antibiotic, teixobactin, kills pathogens without detectable resistance http://t.co/6z1h8XiGgq & http://t.co/YdmjfwbRm0
A new antibiotic that can kill a range of disease-causing bacteria has been identified. This week on @nature http://t.co/gXD4ZnQM6F
Descubren un nuevo antibiótico que actúa contra bacterias Gram positivas sin crear resistencias. http://t.co/kZiOJ8P4Cs
A new antibiotic that can kill a range of disease-causing bacteria is identified in a paper published this week http://t.co/eBsLoXk4Z2
An exciting breakthrough as 25 possible new #antibiotics are discovered http://t.co/SYhdTFaR4h #drugdevelopment #Resistance
An exciting breakthrough as 25 possible new #antibiotics are discovered http://t.co/0F9lLPrATt #drugdevelopment #Resistance
An exciting breakthrough as 25 possible new #antibiotics are discovered http://t.co/lboBZt8Iju #drugdevelopment #Resistance
A new antibiotic kills pathogens without detectable resistance : Nature : Nature Publishing Group http://t.co/UvFVnVURXh @HealthFerret
A new antibiotic kills pathogens without detectable resistance http://t.co/6tdMzBPqU8
@MSF_uk @MSFsci @DNDi I read this article the other day. Still a long way off, but could be promising: http://t.co/XTWMKuIm9Z
Want to know more about the new antibiotic? @nature has the low-down: http://t.co/ty1lOwL4aA
Probably the most exciting chemical structure to be published for a while: it's teixobactin http://t.co/oSAaHWjFfQ http://t.co/uVTjPgLMhY
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
Want to know more about the new antibiotic? @nature has the low-down: http://t.co/ty1lOwL4aA
A new antibiotic that can kill a range of disease-causing bacteria is identified in a paper published this week http://t.co/eBsLoXk4Z2
Check out this paper ““A new antibiotic kills pathogens without detectable resistance”” http://t.co/Uc3WP6B1CP We may have breakthrough .-)
Discovery of new class of antibiotic is promising in fight against superbugs #Teixobactin http://t.co/e6FhawatCs
A new antibiotic kills pathogens without detectable resistance http://t.co/pCruHRUDh3
@PreDiCT_TB Nature article on novel antibiotics from soil bacteria here http://t.co/RqTG5UujzH
Discovery of new class of antibiotic is promising in fight against superbugs #Teixobactin http://t.co/e6FhawatCs
And @nature article on antibiotic is here: http://t.co/unXnSWc819
Newly developed antibiotics that may hardly induce resistance. http://t.co/XXgWPxe2xN http://t.co/ZgRiRSi1Sp
New antibiotic discovered with apparently very good properties to prevent bacterial resistance: http://t.co/dfEzmjyWBt
The first new #antibiotic discovered in years and it shows no detectable resistance! @nature http://t.co/DOvgdTj8gX RT @Prince_Lab
Probably the most exciting chemical structure to be published for a while: it's teixobactin http://t.co/oSAaHWjFfQ http://t.co/uVTjPgLMhY
Probably the most exciting chemical structure to be published for a while: it's teixobactin http://t.co/oSAaHWjFfQ http://t.co/uVTjPgLMhY
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 discovered in a screen of uncultured bacteria kills pathogens without detectable resistance https://t.co/vaZoD4rljG
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
Probably the most exciting chemical structure to be published for a while: it's teixobactin http://t.co/oSAaHWjFfQ http://t.co/uVTjPgLMhY
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, teixobactin, kills pathogens without detectable resistance http://t.co/6z1h8XiGgq & http://t.co/YdmjfwbRm0
A new antibiotic that can kill a range of disease-causing bacteria is identified in a paper published this week http://t.co/eBsLoXk4Z2
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, teixobactin, kills pathogens without detectable resistance http://t.co/6z1h8XiGgq & http://t.co/YdmjfwbRm0
Probably the most exciting chemical structure to be published for a while: it's teixobactin http://t.co/oSAaHWjFfQ http://t.co/uVTjPgLMhY
A new antibiotic kills pathogens without detectable resistance http://t.co/GM71yyDCU4
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba
El método "hotel subterráneo" para bacterias del suelo encuentra nuevos antibióticos #teixobactina @microBIOblog http://t.co/Ax64RAcNb9
#Awesome! A new class of antibiotics might be on its way! http://t.co/3tPX5Nxq9r #science #health #mrsa #antibioticresistance @nature
New antibiotic found - some more hope A new antibiotic kills pathogens without detectable resistance - http://t.co/oVgCOQ6lyn
Probably the most exciting chemical structure to be published for a while: it's teixobactin http://t.co/oSAaHWjFfQ http://t.co/uVTjPgLMhY
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
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
New antibiotic. Much needed http://t.co/8bc86EKfI9
A novel antibiotic (first since 1987)? https://t.co/bfEy7LkCE7 #antibiotic #KimLewis #NovoBiotic #nature
First new #Antibiotic in 30 years discovered! Even better, it is unlikely that bacteria will become resistant to it. http://t.co/J3XtUevTba