solution chloramphenicol Search Results


chloramphenicol  (Teknova)
94
Teknova chloramphenicol
a , Wild-type beta-lactamase gene in plasmid pUC57, conferring ampicillin/carbenicillin resistance. Black arrows locate all wild-type serine codons, and blue arrows highlight TCA/TCG (TCR) codons. b , Top: Schematic representation of the transformation and selection process performed with all plasmids to study the escape rate of Ec_Syn61Δ3. Bottom left: Engineered genetic code of Ec_Syn61Δ3. Missing codons, anticodons, and genes are marked with dashed lines. Remaining codons, anticodons, and genes are marked with bold lines. Bottom right: Schema of central dogma of biology including our observation. c , Relative escape rate [(cfu/mL)/(cfu/mL)] defined as the number of colonies formed by Ec_Syn61Δ3 with (+) and without (-) the wild-type plasmid pUC57 relative to those of parallel experiments with pUC57-dTCR upon selection onto carbenicillin-containing agar plates ( n = 4 ). Escapees of Ec_Syn61Δ3 without the pUC57 plasmid were not detected (ND) onto carbenicillin-containing agar plates with up to 1 mL of OD 600 plated (Methods). The dashed bar length represents the ratio of 10 -9 cfu/mL and measured number of cells of Ec_Syn61Δ3 with pUC57-dTCR ( n = 4 ). d , Number of colonies formed by Ec_Syn61Δ3 escapees with selected plasmids including TCR-containing antibiotic resistance genes upon selection onto antibiotic-containing agar plates (mean ± standard deviation (SD), n = 2-4 ). The table below describes the number of TCR codons, plasmid copy number, presence of a his-tag on the antibiotic resistance protein, and antibiotic resistance for each plasmid. High or low plasmid copy number is denoted by + or -. Presence or absence of a His-tag is denoted by + or -. Antibiotic resistance acronyms: ChlR, <t>chloramphenicol;</t> KanR, kanamycin; AmpR/CarbR, ampicillin/carbenicillin; SpecR, spectinomycin; and GentR, gentamicin. Designs tagged as “max” or “min” contain TCR codons in serine positions with the highest or lowest probability for serine, respectively, based on the protein language model ESM-1b (Supplementary Fig. 3). Antibiotic acronyms: A, chloramphenicol; B, kanamycin; C, carbenicillin; D, spectinomycin; and E, gentamicin.
Chloramphenicol, supplied by Teknova, used in various techniques. Bioz Stars score: 94/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/solution+chloramphenicol/bio_rxiv__2024__07__18__604179-160-9-11?v=Teknova
Average 94 stars, based on 1 article reviews
chloramphenicol - by Bioz Stars, 2026-08
94/100 stars
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chloramphenicol  (Zymo Research)
93
Zymo Research chloramphenicol
a , Wild-type beta-lactamase gene in plasmid pUC57, conferring ampicillin/carbenicillin resistance. Black arrows locate all wild-type serine codons, and blue arrows highlight TCA/TCG (TCR) codons. b , Top: Schematic representation of the transformation and selection process performed with all plasmids to study the escape rate of Ec_Syn61Δ3. Bottom left: Engineered genetic code of Ec_Syn61Δ3. Missing codons, anticodons, and genes are marked with dashed lines. Remaining codons, anticodons, and genes are marked with bold lines. Bottom right: Schema of central dogma of biology including our observation. c , Relative escape rate [(cfu/mL)/(cfu/mL)] defined as the number of colonies formed by Ec_Syn61Δ3 with (+) and without (-) the wild-type plasmid pUC57 relative to those of parallel experiments with pUC57-dTCR upon selection onto carbenicillin-containing agar plates ( n = 4 ). Escapees of Ec_Syn61Δ3 without the pUC57 plasmid were not detected (ND) onto carbenicillin-containing agar plates with up to 1 mL of OD 600 plated (Methods). The dashed bar length represents the ratio of 10 -9 cfu/mL and measured number of cells of Ec_Syn61Δ3 with pUC57-dTCR ( n = 4 ). d , Number of colonies formed by Ec_Syn61Δ3 escapees with selected plasmids including TCR-containing antibiotic resistance genes upon selection onto antibiotic-containing agar plates (mean ± standard deviation (SD), n = 2-4 ). The table below describes the number of TCR codons, plasmid copy number, presence of a his-tag on the antibiotic resistance protein, and antibiotic resistance for each plasmid. High or low plasmid copy number is denoted by + or -. Presence or absence of a His-tag is denoted by + or -. Antibiotic resistance acronyms: ChlR, <t>chloramphenicol;</t> KanR, kanamycin; AmpR/CarbR, ampicillin/carbenicillin; SpecR, spectinomycin; and GentR, gentamicin. Designs tagged as “max” or “min” contain TCR codons in serine positions with the highest or lowest probability for serine, respectively, based on the protein language model ESM-1b (Supplementary Fig. 3). Antibiotic acronyms: A, chloramphenicol; B, kanamycin; C, carbenicillin; D, spectinomycin; and E, gentamicin.
Chloramphenicol, supplied by Zymo Research, used in various techniques. Bioz Stars score: 93/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/solution+chloramphenicol/pm40335898-222-15-26?v=Zymo+Research
Average 93 stars, based on 1 article reviews
chloramphenicol - by Bioz Stars, 2026-08
93/100 stars
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teknova cat c0312  (Teknova)
92
Teknova teknova cat c0312
a , Wild-type beta-lactamase gene in plasmid pUC57, conferring ampicillin/carbenicillin resistance. Black arrows locate all wild-type serine codons, and blue arrows highlight TCA/TCG (TCR) codons. b , Top: Schematic representation of the transformation and selection process performed with all plasmids to study the escape rate of Ec_Syn61Δ3. Bottom left: Engineered genetic code of Ec_Syn61Δ3. Missing codons, anticodons, and genes are marked with dashed lines. Remaining codons, anticodons, and genes are marked with bold lines. Bottom right: Schema of central dogma of biology including our observation. c , Relative escape rate [(cfu/mL)/(cfu/mL)] defined as the number of colonies formed by Ec_Syn61Δ3 with (+) and without (-) the wild-type plasmid pUC57 relative to those of parallel experiments with pUC57-dTCR upon selection onto carbenicillin-containing agar plates ( n = 4 ). Escapees of Ec_Syn61Δ3 without the pUC57 plasmid were not detected (ND) onto carbenicillin-containing agar plates with up to 1 mL of OD 600 plated (Methods). The dashed bar length represents the ratio of 10 -9 cfu/mL and measured number of cells of Ec_Syn61Δ3 with pUC57-dTCR ( n = 4 ). d , Number of colonies formed by Ec_Syn61Δ3 escapees with selected plasmids including TCR-containing antibiotic resistance genes upon selection onto antibiotic-containing agar plates (mean ± standard deviation (SD), n = 2-4 ). The table below describes the number of TCR codons, plasmid copy number, presence of a his-tag on the antibiotic resistance protein, and antibiotic resistance for each plasmid. High or low plasmid copy number is denoted by + or -. Presence or absence of a His-tag is denoted by + or -. Antibiotic resistance acronyms: ChlR, <t>chloramphenicol;</t> KanR, kanamycin; AmpR/CarbR, ampicillin/carbenicillin; SpecR, spectinomycin; and GentR, gentamicin. Designs tagged as “max” or “min” contain TCR codons in serine positions with the highest or lowest probability for serine, respectively, based on the protein language model ESM-1b (Supplementary Fig. 3). Antibiotic acronyms: A, chloramphenicol; B, kanamycin; C, carbenicillin; D, spectinomycin; and E, gentamicin.
Teknova Cat C0312, supplied by Teknova, used in various techniques. Bioz Stars score: 92/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/solution+chloramphenicol/pmc10041999-106-26-26?v=Teknova
Average 92 stars, based on 1 article reviews
teknova cat c0312 - by Bioz Stars, 2026-08
92/100 stars
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sabouraud dextrose agar medium with chloramphenicol (sc)  (BioLife Solutions)
90
BioLife Solutions sabouraud dextrose agar medium with chloramphenicol (sc)
a , Wild-type beta-lactamase gene in plasmid pUC57, conferring ampicillin/carbenicillin resistance. Black arrows locate all wild-type serine codons, and blue arrows highlight TCA/TCG (TCR) codons. b , Top: Schematic representation of the transformation and selection process performed with all plasmids to study the escape rate of Ec_Syn61Δ3. Bottom left: Engineered genetic code of Ec_Syn61Δ3. Missing codons, anticodons, and genes are marked with dashed lines. Remaining codons, anticodons, and genes are marked with bold lines. Bottom right: Schema of central dogma of biology including our observation. c , Relative escape rate [(cfu/mL)/(cfu/mL)] defined as the number of colonies formed by Ec_Syn61Δ3 with (+) and without (-) the wild-type plasmid pUC57 relative to those of parallel experiments with pUC57-dTCR upon selection onto carbenicillin-containing agar plates ( n = 4 ). Escapees of Ec_Syn61Δ3 without the pUC57 plasmid were not detected (ND) onto carbenicillin-containing agar plates with up to 1 mL of OD 600 plated (Methods). The dashed bar length represents the ratio of 10 -9 cfu/mL and measured number of cells of Ec_Syn61Δ3 with pUC57-dTCR ( n = 4 ). d , Number of colonies formed by Ec_Syn61Δ3 escapees with selected plasmids including TCR-containing antibiotic resistance genes upon selection onto antibiotic-containing agar plates (mean ± standard deviation (SD), n = 2-4 ). The table below describes the number of TCR codons, plasmid copy number, presence of a his-tag on the antibiotic resistance protein, and antibiotic resistance for each plasmid. High or low plasmid copy number is denoted by + or -. Presence or absence of a His-tag is denoted by + or -. Antibiotic resistance acronyms: ChlR, <t>chloramphenicol;</t> KanR, kanamycin; AmpR/CarbR, ampicillin/carbenicillin; SpecR, spectinomycin; and GentR, gentamicin. Designs tagged as “max” or “min” contain TCR codons in serine positions with the highest or lowest probability for serine, respectively, based on the protein language model ESM-1b (Supplementary Fig. 3). Antibiotic acronyms: A, chloramphenicol; B, kanamycin; C, carbenicillin; D, spectinomycin; and E, gentamicin.
Sabouraud Dextrose Agar Medium With Chloramphenicol (Sc), supplied by BioLife Solutions, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/solution+chloramphenicol/pmc07792868-106-15-18?v=BioLife+Solutions
Average 90 stars, based on 1 article reviews
sabouraud dextrose agar medium with chloramphenicol (sc) - by Bioz Stars, 2026-08
90/100 stars
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dichloran rose bengal chloramphenicol agar drbc  (BioLife Solutions)
90
BioLife Solutions dichloran rose bengal chloramphenicol agar drbc
a , Wild-type beta-lactamase gene in plasmid pUC57, conferring ampicillin/carbenicillin resistance. Black arrows locate all wild-type serine codons, and blue arrows highlight TCA/TCG (TCR) codons. b , Top: Schematic representation of the transformation and selection process performed with all plasmids to study the escape rate of Ec_Syn61Δ3. Bottom left: Engineered genetic code of Ec_Syn61Δ3. Missing codons, anticodons, and genes are marked with dashed lines. Remaining codons, anticodons, and genes are marked with bold lines. Bottom right: Schema of central dogma of biology including our observation. c , Relative escape rate [(cfu/mL)/(cfu/mL)] defined as the number of colonies formed by Ec_Syn61Δ3 with (+) and without (-) the wild-type plasmid pUC57 relative to those of parallel experiments with pUC57-dTCR upon selection onto carbenicillin-containing agar plates ( n = 4 ). Escapees of Ec_Syn61Δ3 without the pUC57 plasmid were not detected (ND) onto carbenicillin-containing agar plates with up to 1 mL of OD 600 plated (Methods). The dashed bar length represents the ratio of 10 -9 cfu/mL and measured number of cells of Ec_Syn61Δ3 with pUC57-dTCR ( n = 4 ). d , Number of colonies formed by Ec_Syn61Δ3 escapees with selected plasmids including TCR-containing antibiotic resistance genes upon selection onto antibiotic-containing agar plates (mean ± standard deviation (SD), n = 2-4 ). The table below describes the number of TCR codons, plasmid copy number, presence of a his-tag on the antibiotic resistance protein, and antibiotic resistance for each plasmid. High or low plasmid copy number is denoted by + or -. Presence or absence of a His-tag is denoted by + or -. Antibiotic resistance acronyms: ChlR, <t>chloramphenicol;</t> KanR, kanamycin; AmpR/CarbR, ampicillin/carbenicillin; SpecR, spectinomycin; and GentR, gentamicin. Designs tagged as “max” or “min” contain TCR codons in serine positions with the highest or lowest probability for serine, respectively, based on the protein language model ESM-1b (Supplementary Fig. 3). Antibiotic acronyms: A, chloramphenicol; B, kanamycin; C, carbenicillin; D, spectinomycin; and E, gentamicin.
Dichloran Rose Bengal Chloramphenicol Agar Drbc, supplied by BioLife Solutions, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/solution+chloramphenicol/pmc09329069-96-10-18?v=BioLife+Solutions
Average 90 stars, based on 1 article reviews
dichloran rose bengal chloramphenicol agar drbc - by Bioz Stars, 2026-08
90/100 stars
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chloramphenicol glucose agar  (BioLife Solutions)
90
BioLife Solutions chloramphenicol glucose agar
a , Wild-type beta-lactamase gene in plasmid pUC57, conferring ampicillin/carbenicillin resistance. Black arrows locate all wild-type serine codons, and blue arrows highlight TCA/TCG (TCR) codons. b , Top: Schematic representation of the transformation and selection process performed with all plasmids to study the escape rate of Ec_Syn61Δ3. Bottom left: Engineered genetic code of Ec_Syn61Δ3. Missing codons, anticodons, and genes are marked with dashed lines. Remaining codons, anticodons, and genes are marked with bold lines. Bottom right: Schema of central dogma of biology including our observation. c , Relative escape rate [(cfu/mL)/(cfu/mL)] defined as the number of colonies formed by Ec_Syn61Δ3 with (+) and without (-) the wild-type plasmid pUC57 relative to those of parallel experiments with pUC57-dTCR upon selection onto carbenicillin-containing agar plates ( n = 4 ). Escapees of Ec_Syn61Δ3 without the pUC57 plasmid were not detected (ND) onto carbenicillin-containing agar plates with up to 1 mL of OD 600 plated (Methods). The dashed bar length represents the ratio of 10 -9 cfu/mL and measured number of cells of Ec_Syn61Δ3 with pUC57-dTCR ( n = 4 ). d , Number of colonies formed by Ec_Syn61Δ3 escapees with selected plasmids including TCR-containing antibiotic resistance genes upon selection onto antibiotic-containing agar plates (mean ± standard deviation (SD), n = 2-4 ). The table below describes the number of TCR codons, plasmid copy number, presence of a his-tag on the antibiotic resistance protein, and antibiotic resistance for each plasmid. High or low plasmid copy number is denoted by + or -. Presence or absence of a His-tag is denoted by + or -. Antibiotic resistance acronyms: ChlR, <t>chloramphenicol;</t> KanR, kanamycin; AmpR/CarbR, ampicillin/carbenicillin; SpecR, spectinomycin; and GentR, gentamicin. Designs tagged as “max” or “min” contain TCR codons in serine positions with the highest or lowest probability for serine, respectively, based on the protein language model ESM-1b (Supplementary Fig. 3). Antibiotic acronyms: A, chloramphenicol; B, kanamycin; C, carbenicillin; D, spectinomycin; and E, gentamicin.
Chloramphenicol Glucose Agar, supplied by BioLife Solutions, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/solution+chloramphenicol/pmc11052003-218-112-114?v=BioLife+Solutions
Average 90 stars, based on 1 article reviews
chloramphenicol glucose agar - by Bioz Stars, 2026-08
90/100 stars
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chloramphenicol (50 mg/l)  (BioLife Solutions)
90
BioLife Solutions chloramphenicol (50 mg/l)
a , Wild-type beta-lactamase gene in plasmid pUC57, conferring ampicillin/carbenicillin resistance. Black arrows locate all wild-type serine codons, and blue arrows highlight TCA/TCG (TCR) codons. b , Top: Schematic representation of the transformation and selection process performed with all plasmids to study the escape rate of Ec_Syn61Δ3. Bottom left: Engineered genetic code of Ec_Syn61Δ3. Missing codons, anticodons, and genes are marked with dashed lines. Remaining codons, anticodons, and genes are marked with bold lines. Bottom right: Schema of central dogma of biology including our observation. c , Relative escape rate [(cfu/mL)/(cfu/mL)] defined as the number of colonies formed by Ec_Syn61Δ3 with (+) and without (-) the wild-type plasmid pUC57 relative to those of parallel experiments with pUC57-dTCR upon selection onto carbenicillin-containing agar plates ( n = 4 ). Escapees of Ec_Syn61Δ3 without the pUC57 plasmid were not detected (ND) onto carbenicillin-containing agar plates with up to 1 mL of OD 600 plated (Methods). The dashed bar length represents the ratio of 10 -9 cfu/mL and measured number of cells of Ec_Syn61Δ3 with pUC57-dTCR ( n = 4 ). d , Number of colonies formed by Ec_Syn61Δ3 escapees with selected plasmids including TCR-containing antibiotic resistance genes upon selection onto antibiotic-containing agar plates (mean ± standard deviation (SD), n = 2-4 ). The table below describes the number of TCR codons, plasmid copy number, presence of a his-tag on the antibiotic resistance protein, and antibiotic resistance for each plasmid. High or low plasmid copy number is denoted by + or -. Presence or absence of a His-tag is denoted by + or -. Antibiotic resistance acronyms: ChlR, <t>chloramphenicol;</t> KanR, kanamycin; AmpR/CarbR, ampicillin/carbenicillin; SpecR, spectinomycin; and GentR, gentamicin. Designs tagged as “max” or “min” contain TCR codons in serine positions with the highest or lowest probability for serine, respectively, based on the protein language model ESM-1b (Supplementary Fig. 3). Antibiotic acronyms: A, chloramphenicol; B, kanamycin; C, carbenicillin; D, spectinomycin; and E, gentamicin.
Chloramphenicol (50 Mg/L), supplied by BioLife Solutions, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/solution+chloramphenicol/pmc10652749-33-34-37?v=BioLife+Solutions
Average 90 stars, based on 1 article reviews
chloramphenicol (50 mg/l) - by Bioz Stars, 2026-08
90/100 stars
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chloramphenicol antibacterial supplement cod. 421840003  (BioLife Solutions)
90
BioLife Solutions chloramphenicol antibacterial supplement cod. 421840003
a , Wild-type beta-lactamase gene in plasmid pUC57, conferring ampicillin/carbenicillin resistance. Black arrows locate all wild-type serine codons, and blue arrows highlight TCA/TCG (TCR) codons. b , Top: Schematic representation of the transformation and selection process performed with all plasmids to study the escape rate of Ec_Syn61Δ3. Bottom left: Engineered genetic code of Ec_Syn61Δ3. Missing codons, anticodons, and genes are marked with dashed lines. Remaining codons, anticodons, and genes are marked with bold lines. Bottom right: Schema of central dogma of biology including our observation. c , Relative escape rate [(cfu/mL)/(cfu/mL)] defined as the number of colonies formed by Ec_Syn61Δ3 with (+) and without (-) the wild-type plasmid pUC57 relative to those of parallel experiments with pUC57-dTCR upon selection onto carbenicillin-containing agar plates ( n = 4 ). Escapees of Ec_Syn61Δ3 without the pUC57 plasmid were not detected (ND) onto carbenicillin-containing agar plates with up to 1 mL of OD 600 plated (Methods). The dashed bar length represents the ratio of 10 -9 cfu/mL and measured number of cells of Ec_Syn61Δ3 with pUC57-dTCR ( n = 4 ). d , Number of colonies formed by Ec_Syn61Δ3 escapees with selected plasmids including TCR-containing antibiotic resistance genes upon selection onto antibiotic-containing agar plates (mean ± standard deviation (SD), n = 2-4 ). The table below describes the number of TCR codons, plasmid copy number, presence of a his-tag on the antibiotic resistance protein, and antibiotic resistance for each plasmid. High or low plasmid copy number is denoted by + or -. Presence or absence of a His-tag is denoted by + or -. Antibiotic resistance acronyms: ChlR, <t>chloramphenicol;</t> KanR, kanamycin; AmpR/CarbR, ampicillin/carbenicillin; SpecR, spectinomycin; and GentR, gentamicin. Designs tagged as “max” or “min” contain TCR codons in serine positions with the highest or lowest probability for serine, respectively, based on the protein language model ESM-1b (Supplementary Fig. 3). Antibiotic acronyms: A, chloramphenicol; B, kanamycin; C, carbenicillin; D, spectinomycin; and E, gentamicin.
Chloramphenicol Antibacterial Supplement Cod. 421840003, supplied by BioLife Solutions, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/solution+chloramphenicol/pmc07597687-157-23-20?v=BioLife+Solutions
Average 90 stars, based on 1 article reviews
chloramphenicol antibacterial supplement cod. 421840003 - by Bioz Stars, 2026-08
90/100 stars
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0.1% dexamethasone/chloramphenicol solution dispersadron c  (alcon inc)
90
alcon inc 0.1% dexamethasone/chloramphenicol solution dispersadron c
a , Wild-type beta-lactamase gene in plasmid pUC57, conferring ampicillin/carbenicillin resistance. Black arrows locate all wild-type serine codons, and blue arrows highlight TCA/TCG (TCR) codons. b , Top: Schematic representation of the transformation and selection process performed with all plasmids to study the escape rate of Ec_Syn61Δ3. Bottom left: Engineered genetic code of Ec_Syn61Δ3. Missing codons, anticodons, and genes are marked with dashed lines. Remaining codons, anticodons, and genes are marked with bold lines. Bottom right: Schema of central dogma of biology including our observation. c , Relative escape rate [(cfu/mL)/(cfu/mL)] defined as the number of colonies formed by Ec_Syn61Δ3 with (+) and without (-) the wild-type plasmid pUC57 relative to those of parallel experiments with pUC57-dTCR upon selection onto carbenicillin-containing agar plates ( n = 4 ). Escapees of Ec_Syn61Δ3 without the pUC57 plasmid were not detected (ND) onto carbenicillin-containing agar plates with up to 1 mL of OD 600 plated (Methods). The dashed bar length represents the ratio of 10 -9 cfu/mL and measured number of cells of Ec_Syn61Δ3 with pUC57-dTCR ( n = 4 ). d , Number of colonies formed by Ec_Syn61Δ3 escapees with selected plasmids including TCR-containing antibiotic resistance genes upon selection onto antibiotic-containing agar plates (mean ± standard deviation (SD), n = 2-4 ). The table below describes the number of TCR codons, plasmid copy number, presence of a his-tag on the antibiotic resistance protein, and antibiotic resistance for each plasmid. High or low plasmid copy number is denoted by + or -. Presence or absence of a His-tag is denoted by + or -. Antibiotic resistance acronyms: ChlR, <t>chloramphenicol;</t> KanR, kanamycin; AmpR/CarbR, ampicillin/carbenicillin; SpecR, spectinomycin; and GentR, gentamicin. Designs tagged as “max” or “min” contain TCR codons in serine positions with the highest or lowest probability for serine, respectively, based on the protein language model ESM-1b (Supplementary Fig. 3). Antibiotic acronyms: A, chloramphenicol; B, kanamycin; C, carbenicillin; D, spectinomycin; and E, gentamicin.
0.1% Dexamethasone/Chloramphenicol Solution Dispersadron C, supplied by alcon inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/solution+chloramphenicol/10__2147_slash_opth__s188521-65-13-17?v=alcon+inc
Average 90 stars, based on 1 article reviews
0.1% dexamethasone/chloramphenicol solution dispersadron c - by Bioz Stars, 2026-08
90/100 stars
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dichloran-rose bengal chloramphenicol agar plates  (BioLife Solutions)
90
BioLife Solutions dichloran-rose bengal chloramphenicol agar plates
a , Wild-type beta-lactamase gene in plasmid pUC57, conferring ampicillin/carbenicillin resistance. Black arrows locate all wild-type serine codons, and blue arrows highlight TCA/TCG (TCR) codons. b , Top: Schematic representation of the transformation and selection process performed with all plasmids to study the escape rate of Ec_Syn61Δ3. Bottom left: Engineered genetic code of Ec_Syn61Δ3. Missing codons, anticodons, and genes are marked with dashed lines. Remaining codons, anticodons, and genes are marked with bold lines. Bottom right: Schema of central dogma of biology including our observation. c , Relative escape rate [(cfu/mL)/(cfu/mL)] defined as the number of colonies formed by Ec_Syn61Δ3 with (+) and without (-) the wild-type plasmid pUC57 relative to those of parallel experiments with pUC57-dTCR upon selection onto carbenicillin-containing agar plates ( n = 4 ). Escapees of Ec_Syn61Δ3 without the pUC57 plasmid were not detected (ND) onto carbenicillin-containing agar plates with up to 1 mL of OD 600 plated (Methods). The dashed bar length represents the ratio of 10 -9 cfu/mL and measured number of cells of Ec_Syn61Δ3 with pUC57-dTCR ( n = 4 ). d , Number of colonies formed by Ec_Syn61Δ3 escapees with selected plasmids including TCR-containing antibiotic resistance genes upon selection onto antibiotic-containing agar plates (mean ± standard deviation (SD), n = 2-4 ). The table below describes the number of TCR codons, plasmid copy number, presence of a his-tag on the antibiotic resistance protein, and antibiotic resistance for each plasmid. High or low plasmid copy number is denoted by + or -. Presence or absence of a His-tag is denoted by + or -. Antibiotic resistance acronyms: ChlR, <t>chloramphenicol;</t> KanR, kanamycin; AmpR/CarbR, ampicillin/carbenicillin; SpecR, spectinomycin; and GentR, gentamicin. Designs tagged as “max” or “min” contain TCR codons in serine positions with the highest or lowest probability for serine, respectively, based on the protein language model ESM-1b (Supplementary Fig. 3). Antibiotic acronyms: A, chloramphenicol; B, kanamycin; C, carbenicillin; D, spectinomycin; and E, gentamicin.
Dichloran Rose Bengal Chloramphenicol Agar Plates, supplied by BioLife Solutions, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/solution+chloramphenicol/pmc11860490-197-29-35?v=BioLife+Solutions
Average 90 stars, based on 1 article reviews
dichloran-rose bengal chloramphenicol agar plates - by Bioz Stars, 2026-08
90/100 stars
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caf (chloramphenicol) medium  (BioLife Solutions)
90
BioLife Solutions caf (chloramphenicol) medium
a , Wild-type beta-lactamase gene in plasmid pUC57, conferring ampicillin/carbenicillin resistance. Black arrows locate all wild-type serine codons, and blue arrows highlight TCA/TCG (TCR) codons. b , Top: Schematic representation of the transformation and selection process performed with all plasmids to study the escape rate of Ec_Syn61Δ3. Bottom left: Engineered genetic code of Ec_Syn61Δ3. Missing codons, anticodons, and genes are marked with dashed lines. Remaining codons, anticodons, and genes are marked with bold lines. Bottom right: Schema of central dogma of biology including our observation. c , Relative escape rate [(cfu/mL)/(cfu/mL)] defined as the number of colonies formed by Ec_Syn61Δ3 with (+) and without (-) the wild-type plasmid pUC57 relative to those of parallel experiments with pUC57-dTCR upon selection onto carbenicillin-containing agar plates ( n = 4 ). Escapees of Ec_Syn61Δ3 without the pUC57 plasmid were not detected (ND) onto carbenicillin-containing agar plates with up to 1 mL of OD 600 plated (Methods). The dashed bar length represents the ratio of 10 -9 cfu/mL and measured number of cells of Ec_Syn61Δ3 with pUC57-dTCR ( n = 4 ). d , Number of colonies formed by Ec_Syn61Δ3 escapees with selected plasmids including TCR-containing antibiotic resistance genes upon selection onto antibiotic-containing agar plates (mean ± standard deviation (SD), n = 2-4 ). The table below describes the number of TCR codons, plasmid copy number, presence of a his-tag on the antibiotic resistance protein, and antibiotic resistance for each plasmid. High or low plasmid copy number is denoted by + or -. Presence or absence of a His-tag is denoted by + or -. Antibiotic resistance acronyms: ChlR, <t>chloramphenicol;</t> KanR, kanamycin; AmpR/CarbR, ampicillin/carbenicillin; SpecR, spectinomycin; and GentR, gentamicin. Designs tagged as “max” or “min” contain TCR codons in serine positions with the highest or lowest probability for serine, respectively, based on the protein language model ESM-1b (Supplementary Fig. 3). Antibiotic acronyms: A, chloramphenicol; B, kanamycin; C, carbenicillin; D, spectinomycin; and E, gentamicin.
Caf (Chloramphenicol) Medium, supplied by BioLife Solutions, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/product/solution+chloramphenicol/pm10682745-28-44-22?v=BioLife+Solutions
Average 90 stars, based on 1 article reviews
caf (chloramphenicol) medium - by Bioz Stars, 2026-08
90/100 stars
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chloramphenicol solution  (HiMedia Laboratories)
90
HiMedia Laboratories chloramphenicol solution
a , Wild-type beta-lactamase gene in plasmid pUC57, conferring ampicillin/carbenicillin resistance. Black arrows locate all wild-type serine codons, and blue arrows highlight TCA/TCG (TCR) codons. b , Top: Schematic representation of the transformation and selection process performed with all plasmids to study the escape rate of Ec_Syn61Δ3. Bottom left: Engineered genetic code of Ec_Syn61Δ3. Missing codons, anticodons, and genes are marked with dashed lines. Remaining codons, anticodons, and genes are marked with bold lines. Bottom right: Schema of central dogma of biology including our observation. c , Relative escape rate [(cfu/mL)/(cfu/mL)] defined as the number of colonies formed by Ec_Syn61Δ3 with (+) and without (-) the wild-type plasmid pUC57 relative to those of parallel experiments with pUC57-dTCR upon selection onto carbenicillin-containing agar plates ( n = 4 ). Escapees of Ec_Syn61Δ3 without the pUC57 plasmid were not detected (ND) onto carbenicillin-containing agar plates with up to 1 mL of OD 600 plated (Methods). The dashed bar length represents the ratio of 10 -9 cfu/mL and measured number of cells of Ec_Syn61Δ3 with pUC57-dTCR ( n = 4 ). d , Number of colonies formed by Ec_Syn61Δ3 escapees with selected plasmids including TCR-containing antibiotic resistance genes upon selection onto antibiotic-containing agar plates (mean ± standard deviation (SD), n = 2-4 ). The table below describes the number of TCR codons, plasmid copy number, presence of a his-tag on the antibiotic resistance protein, and antibiotic resistance for each plasmid. High or low plasmid copy number is denoted by + or -. Presence or absence of a His-tag is denoted by + or -. Antibiotic resistance acronyms: ChlR, <t>chloramphenicol;</t> KanR, kanamycin; AmpR/CarbR, ampicillin/carbenicillin; SpecR, spectinomycin; and GentR, gentamicin. Designs tagged as “max” or “min” contain TCR codons in serine positions with the highest or lowest probability for serine, respectively, based on the protein language model ESM-1b (Supplementary Fig. 3). Antibiotic acronyms: A, chloramphenicol; B, kanamycin; C, carbenicillin; D, spectinomycin; and E, gentamicin.
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a , Wild-type beta-lactamase gene in plasmid pUC57, conferring ampicillin/carbenicillin resistance. Black arrows locate all wild-type serine codons, and blue arrows highlight TCA/TCG (TCR) codons. b , Top: Schematic representation of the transformation and selection process performed with all plasmids to study the escape rate of Ec_Syn61Δ3. Bottom left: Engineered genetic code of Ec_Syn61Δ3. Missing codons, anticodons, and genes are marked with dashed lines. Remaining codons, anticodons, and genes are marked with bold lines. Bottom right: Schema of central dogma of biology including our observation. c , Relative escape rate [(cfu/mL)/(cfu/mL)] defined as the number of colonies formed by Ec_Syn61Δ3 with (+) and without (-) the wild-type plasmid pUC57 relative to those of parallel experiments with pUC57-dTCR upon selection onto carbenicillin-containing agar plates ( n = 4 ). Escapees of Ec_Syn61Δ3 without the pUC57 plasmid were not detected (ND) onto carbenicillin-containing agar plates with up to 1 mL of OD 600 plated (Methods). The dashed bar length represents the ratio of 10 -9 cfu/mL and measured number of cells of Ec_Syn61Δ3 with pUC57-dTCR ( n = 4 ). d , Number of colonies formed by Ec_Syn61Δ3 escapees with selected plasmids including TCR-containing antibiotic resistance genes upon selection onto antibiotic-containing agar plates (mean ± standard deviation (SD), n = 2-4 ). The table below describes the number of TCR codons, plasmid copy number, presence of a his-tag on the antibiotic resistance protein, and antibiotic resistance for each plasmid. High or low plasmid copy number is denoted by + or -. Presence or absence of a His-tag is denoted by + or -. Antibiotic resistance acronyms: ChlR, chloramphenicol; KanR, kanamycin; AmpR/CarbR, ampicillin/carbenicillin; SpecR, spectinomycin; and GentR, gentamicin. Designs tagged as “max” or “min” contain TCR codons in serine positions with the highest or lowest probability for serine, respectively, based on the protein language model ESM-1b (Supplementary Fig. 3). Antibiotic acronyms: A, chloramphenicol; B, kanamycin; C, carbenicillin; D, spectinomycin; and E, gentamicin.

Journal: bioRxiv

Article Title: Preventing escape and malfunction of recoded cells due to tRNA base changes

doi: 10.1101/2024.07.18.604179

Figure Lengend Snippet: a , Wild-type beta-lactamase gene in plasmid pUC57, conferring ampicillin/carbenicillin resistance. Black arrows locate all wild-type serine codons, and blue arrows highlight TCA/TCG (TCR) codons. b , Top: Schematic representation of the transformation and selection process performed with all plasmids to study the escape rate of Ec_Syn61Δ3. Bottom left: Engineered genetic code of Ec_Syn61Δ3. Missing codons, anticodons, and genes are marked with dashed lines. Remaining codons, anticodons, and genes are marked with bold lines. Bottom right: Schema of central dogma of biology including our observation. c , Relative escape rate [(cfu/mL)/(cfu/mL)] defined as the number of colonies formed by Ec_Syn61Δ3 with (+) and without (-) the wild-type plasmid pUC57 relative to those of parallel experiments with pUC57-dTCR upon selection onto carbenicillin-containing agar plates ( n = 4 ). Escapees of Ec_Syn61Δ3 without the pUC57 plasmid were not detected (ND) onto carbenicillin-containing agar plates with up to 1 mL of OD 600 plated (Methods). The dashed bar length represents the ratio of 10 -9 cfu/mL and measured number of cells of Ec_Syn61Δ3 with pUC57-dTCR ( n = 4 ). d , Number of colonies formed by Ec_Syn61Δ3 escapees with selected plasmids including TCR-containing antibiotic resistance genes upon selection onto antibiotic-containing agar plates (mean ± standard deviation (SD), n = 2-4 ). The table below describes the number of TCR codons, plasmid copy number, presence of a his-tag on the antibiotic resistance protein, and antibiotic resistance for each plasmid. High or low plasmid copy number is denoted by + or -. Presence or absence of a His-tag is denoted by + or -. Antibiotic resistance acronyms: ChlR, chloramphenicol; KanR, kanamycin; AmpR/CarbR, ampicillin/carbenicillin; SpecR, spectinomycin; and GentR, gentamicin. Designs tagged as “max” or “min” contain TCR codons in serine positions with the highest or lowest probability for serine, respectively, based on the protein language model ESM-1b (Supplementary Fig. 3). Antibiotic acronyms: A, chloramphenicol; B, kanamycin; C, carbenicillin; D, spectinomycin; and E, gentamicin.

Article Snippet: We worked with the following antibiotics and final concentrations: Chloramphenicol (C0316, Teknova) at 25 µg/mL, Kanamycin (K2199, Teknova) at 50 µg/mL, Carbenicillin (E0096, Teknova) at 100 µg/mL, Spectinomycin (S9525, Teknova) at 75 µg/mL, and Gentamicin (15750060, Thermo Fisher Scientific, Life Technologies) at 15 µg/mL.

Techniques: Plasmid Preparation, Transformation Assay, Selection, Standard Deviation