RT @lipidchronicles: Analysis of SMALP co-extracted phospholipids shows distinct membrane environments for three classes of bacterial membr…
RT @lipidchronicles: Analysis of SMALP co-extracted phospholipids shows distinct membrane environments for three classes of bacterial membr…
RT @lipidchronicles: Analysis of SMALP co-extracted phospholipids shows distinct membrane environments for three classes of bacterial membr…
RT @lipidchronicles: Analysis of SMALP co-extracted phospholipids shows distinct membrane environments for three classes of bacterial membr…
Analysis of SMALP co-extracted phospholipids shows distinct membrane environments for three classes of bacterial membrane protein https://t.co/CRh0EOIC5Z (@SciReports)
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
Analysis of SMALP co-extracted phospholipids shows distinct membrane environments for three classes of bacterial membrane protein #MembraneProteins #bacteria https://t.co/6qXvocTIwM
RT @CorinneSpickett: Fantastic to see our E. coli membrane protein SMALP paper out at https://t.co/UqO2m0HtKs, reporting detailed lipidomic…
RT @PeakProteins: New study confirms what we all hoped: SMALPS allow the extraction of membrane proteins from their host bilayers associate…
RT @PeakProteins: New study confirms what we all hoped: SMALPS allow the extraction of membrane proteins from their host bilayers associate…
RT @PeakProteins: New study confirms what we all hoped: SMALPS allow the extraction of membrane proteins from their host bilayers associate…
RT @NaomiLPollock1: Very glad to have been able to contribute to this paper, which describes what I think is the most exciting aspect of th…
New study confirms what we all hoped: SMALPS allow the extraction of membrane proteins from their host bilayers associated with their native cohort of lipid. This allows the best chance of retaining native activity. https://t.co/XpGng14mOi
Analysis of SMALP co-extracted phospholipids shows distinct membrane environments for three classes of bacterial membrane protein https://t.co/lX4zMJoUD1
RT @NaomiLPollock1: Very glad to have been able to contribute to this paper, which describes what I think is the most exciting aspect of th…
RT @CorinneSpickett: Fantastic to see our E. coli membrane protein SMALP paper out at https://t.co/UqO2m0HtKs, reporting detailed lipidomic…
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
Fantastic to see our E. coli membrane protein SMALP paper out at https://t.co/UqO2m0HtKs, reporting detailed lipidomic analysis of the lipids surrounding FtsA, ZipA and PgpB. Great collaboration with @davidroper2 and @AstonLHS. Thanks Alvin Teo & Alpes
Very interesting paper !
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
RT @NaomiLPollock1: Very glad to have been able to contribute to this paper, which describes what I think is the most exciting aspect of th…
Very glad to have been able to contribute to this paper, which describes what I think is the most exciting aspect of the SMALP technology: confirmation that membrane proteins co-extract into SMALPs with unique subsets of the membrane lipids. https://t.co
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
RT @davidroper2: Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins i…
Our paper on the use of SMALPs to characterize membrane lipids co-purified with 3 different classes of membrane proteins is out today: https://t.co/UKAX92Lvhl @warwickAMRlab @CorinneSpickett @smalpnet