pbp gene a197c overexpression plasmid (Addgene inc)
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Addgene inc
pbp gene a197c overexpression plasmid
Pbp Gene A197c Overexpression Plasmid, supplied by Addgene inc, used in various techniques. Bioz Stars score: 93/100, based on 12 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/pbp+gene+a197c+overexpression+plasmid/pET22b_PstS_1+(Plasmid+%2378198)/pm33316118-52-1-9
Average 93 stars, based on 12 article reviews
Pbp Gene A197c Overexpression Plasmid, supplied by Addgene inc, used in various techniques. Bioz Stars score: 93/100, based on 12 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/pbp+gene+a197c+overexpression+plasmid/pET22b_PstS_1+(Plasmid+%2378198)/pm33316118-52-1-9
Average 93 stars, based on 12 article reviews
pbp gene a197c overexpression plasmid - by Bioz Stars,
2026-09
93/100 stars
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Over Expression:Article Title: Immobilized phosphate-binding protein can effectively discriminate against arsenate during phosphate adsorption and recovery. Article Snippet: • Abstract There is a strong impetus to establish a circular phosphorus economy by securing internally renewable phosphate (Pi) resources for use as agricultural fertilizers.. Reversible Pi adsorption technologies such as ion exchange can remove and recover Pi from water/ wastewater for reuse.. However, existing reversible adsorbents cannot effectively discriminate against arsenate (As(V)) due to the similarity between As(V) and Pi chemical structure. Plasmid Preparation:Article Title: Immobilized phosphate-binding protein can effectively discriminate against arsenate during phosphate adsorption and recovery. Article Snippet: • Abstract There is a strong impetus to establish a circular phosphorus economy by securing internally renewable phosphate (Pi) resources for use as agricultural fertilizers.. Reversible Pi adsorption technologies such as ion exchange can remove and recover Pi from water/ wastewater for reuse.. However, existing reversible adsorbents cannot effectively discriminate against arsenate (As(V)) due to the similarity between As(V) and Pi chemical structure. Transformation Assay:Article Title: Immobilized phosphate-binding protein can effectively discriminate against arsenate during phosphate adsorption and recovery. Article Snippet: • Abstract There is a strong impetus to establish a circular phosphorus economy by securing internally renewable phosphate (Pi) resources for use as agricultural fertilizers.. Reversible Pi adsorption technologies such as ion exchange can remove and recover Pi from water/ wastewater for reuse.. However, existing reversible adsorbents cannot effectively discriminate against arsenate (As(V)) due to the similarity between As(V) and Pi chemical structure. Cell Culture:Article Title: Immobilized phosphate-binding protein can effectively discriminate against arsenate during phosphate adsorption and recovery. Article Snippet: • Abstract There is a strong impetus to establish a circular phosphorus economy by securing internally renewable phosphate (Pi) resources for use as agricultural fertilizers.. Reversible Pi adsorption technologies such as ion exchange can remove and recover Pi from water/ wastewater for reuse.. However, existing reversible adsorbents cannot effectively discriminate against arsenate (As(V)) due to the similarity between As(V) and Pi chemical structure. Expressing:Article Title: Immobilized phosphate-binding protein can effectively discriminate against arsenate during phosphate adsorption and recovery. Article Snippet: • Abstract There is a strong impetus to establish a circular phosphorus economy by securing internally renewable phosphate (Pi) resources for use as agricultural fertilizers.. Reversible Pi adsorption technologies such as ion exchange can remove and recover Pi from water/ wastewater for reuse.. However, existing reversible adsorbents cannot effectively discriminate against arsenate (As(V)) due to the similarity between As(V) and Pi chemical structure. Purification:Article Title: Immobilized phosphate-binding protein can effectively discriminate against arsenate during phosphate adsorption and recovery. Article Snippet: • Abstract There is a strong impetus to establish a circular phosphorus economy by securing internally renewable phosphate (Pi) resources for use as agricultural fertilizers.. Reversible Pi adsorption technologies such as ion exchange can remove and recover Pi from water/ wastewater for reuse.. However, existing reversible adsorbents cannot effectively discriminate against arsenate (As(V)) due to the similarity between As(V) and Pi chemical structure. |