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Gibco™ Carbenicillin Disodium Salt, 5g

(0 Rezension)
SKU: 10177012
UoM: Einheit(en)
Inquiry Required

Store Availability & Pickup
LabMart Limited - Tamale
NS-246, Via, 4388 Tamale-Kumbungu Rd, Tamale, Northern Region, Ghana
Not available
LabMart Limited
10 Rcecourse street, Accra, Greater Accra Region, Ghana
Not available
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MOQ : 1.0 Einheit(en)
Estimated delivery Estimated delivery: 4-8 weeks
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Gibco™ Carbenicillin Disodium Salt is a semi-synthetic penicillin antibiotic containing a carboxyl and benzyl group, with a mechanism of action similar to ampicillin. It inhibits bacterial cell wall synthesis, displaying selective activity against Gram-negative bacteria, while demonstrating low toxicity to plant tissues.

Compared to ampicillin, carbenicillin is more resistant to β-lactamase degradation, offering improved stability in culture systems. It is widely used in plant transformation workflows, particularly for the elimination of Agrobacterium tumefaciens following co-cultivation, and in E. coli selection assays. Carbenicillin is supplied as a sterile powder, ready to be reconstituted into stock solutions of 50–100 mg/mL in water.

Key Features

  • Semi-synthetic penicillin – stable analog of ampicillin with improved β-lactamase resistance.
  • Selective activity – effective against Gram-negative bacteria such as Agrobacterium and E. coli.
  • Low phytotoxicity – suitable for plant tissue culture applications.
  • Enhanced stability – reduces the formation of satellite colonies in long-term incubations.
  • Flexible preparation – supplied as a powder; recommended stock 50–100 mg/mL.

Applications

  • Plant biotechnology – elimination of Agrobacterium tumefaciens in transformation workflows.
  • Bacterial selection – maintenance of plasmid vectors in E. coli cultures.
  • Microbial genetics – selection for ampicillin/carbenicillin resistance markers.
  • Molecular cloning – prevention of satellite colony formation in long incubations.

Technical Specifications

PropertyValue
Product TypeAntibiotic
Antibiotic ClassSemi-synthetic penicillin
Mechanism of ActionInhibits bacterial cell wall synthesis
FormPowder
ColorWhite to off-white
Concentration Range50–100 µg/mL (working)
Stock Solution50–100 mg/mL in water
Resistance Markerβ-lactamase (bla gene, confers ampicillin/carbenicillin resistance)
Shelf Life36 months
SterilitySterile
Storage Conditions2–8 °C
Shipping ConditionsWet ice
CAS Number– (penicillin derivative)
Product LineGibco™

Available Format

Catalog NumberQuantityFormat
101770125 gPowder


Gibco™ Carbenicillin Disodium Salt provides a stable, selective, and low-toxicity antibiotic solution for plant transformation and bacterial selection. Its enhanced resistance to β-lactamase degradation ensures reproducibility and reduces satellite colony formation, making it an essential antibiotic for molecular cloning and plant biotechnology research.

Application: Cell culture
Storage Temperature: 2-8°C
Product Type: Antibiotic
Product Brand: Thermo Fisher Scientific™, Gibco
Product Grade: Molecular Biology

Gibco™ Carbenicillin Disodium Salt is a semi-synthetic penicillin antibiotic containing a carboxyl and benzyl group, with a mechanism of action similar to ampicillin. It inhibits bacterial cell wall synthesis, displaying selective activity against Gram-negative bacteria, while demonstrating low toxicity to plant tissues.

Compared to ampicillin, carbenicillin is more resistant to β-lactamase degradation, offering improved stability in culture systems. It is widely used in plant transformation workflows, particularly for the elimination of Agrobacterium tumefaciens following co-cultivation, and in E. coli selection assays. Carbenicillin is supplied as a sterile powder, ready to be reconstituted into stock solutions of 50–100 mg/mL in water.

Key Features

  • Semi-synthetic penicillin – stable analog of ampicillin with improved β-lactamase resistance.
  • Selective activity – effective against Gram-negative bacteria such as Agrobacterium and E. coli.
  • Low phytotoxicity – suitable for plant tissue culture applications.
  • Enhanced stability – reduces the formation of satellite colonies in long-term incubations.
  • Flexible preparation – supplied as a powder; recommended stock 50–100 mg/mL.

Applications

  • Plant biotechnology – elimination of Agrobacterium tumefaciens in transformation workflows.
  • Bacterial selection – maintenance of plasmid vectors in E. coli cultures.
  • Microbial genetics – selection for ampicillin/carbenicillin resistance markers.
  • Molecular cloning – prevention of satellite colony formation in long incubations.

Technical Specifications

PropertyValue
Product TypeAntibiotic
Antibiotic ClassSemi-synthetic penicillin
Mechanism of ActionInhibits bacterial cell wall synthesis
FormPowder
ColorWhite to off-white
Concentration Range50–100 µg/mL (working)
Stock Solution50–100 mg/mL in water
Resistance Markerβ-lactamase (bla gene, confers ampicillin/carbenicillin resistance)
Shelf Life36 months
SterilitySterile
Storage Conditions2–8 °C
Shipping ConditionsWet ice
CAS Number– (penicillin derivative)
Product LineGibco™

Available Format

Catalog NumberQuantityFormat
101770125 gPowder


Gibco™ Carbenicillin Disodium Salt provides a stable, selective, and low-toxicity antibiotic solution for plant transformation and bacterial selection. Its enhanced resistance to β-lactamase degradation ensures reproducibility and reduces satellite colony formation, making it an essential antibiotic for molecular cloning and plant biotechnology research.

Selection Reagents Brochure
This will display Shipping & Return.

Gibco™ Carbenicillin Disodium Salt is a semi-synthetic penicillin antibiotic containing a carboxyl and benzyl group, with a mechanism of action similar to ampicillin. It inhibits bacterial cell wall synthesis, displaying selective activity against Gram-negative bacteria, while demonstrating low toxicity to plant tissues.

Compared to ampicillin, carbenicillin is more resistant to β-lactamase degradation, offering improved stability in culture systems. It is widely used in plant transformation workflows, particularly for the elimination of Agrobacterium tumefaciens following co-cultivation, and in E. coli selection assays. Carbenicillin is supplied as a sterile powder, ready to be reconstituted into stock solutions of 50–100 mg/mL in water.

Key Features

  • Semi-synthetic penicillin – stable analog of ampicillin with improved β-lactamase resistance.
  • Selective activity – effective against Gram-negative bacteria such as Agrobacterium and E. coli.
  • Low phytotoxicity – suitable for plant tissue culture applications.
  • Enhanced stability – reduces the formation of satellite colonies in long-term incubations.
  • Flexible preparation – supplied as a powder; recommended stock 50–100 mg/mL.

Applications

  • Plant biotechnology – elimination of Agrobacterium tumefaciens in transformation workflows.
  • Bacterial selection – maintenance of plasmid vectors in E. coli cultures.
  • Microbial genetics – selection for ampicillin/carbenicillin resistance markers.
  • Molecular cloning – prevention of satellite colony formation in long incubations.

Technical Specifications

PropertyValue
Product TypeAntibiotic
Antibiotic ClassSemi-synthetic penicillin
Mechanism of ActionInhibits bacterial cell wall synthesis
FormPowder
ColorWhite to off-white
Concentration Range50–100 µg/mL (working)
Stock Solution50–100 mg/mL in water
Resistance Markerβ-lactamase (bla gene, confers ampicillin/carbenicillin resistance)
Shelf Life36 months
SterilitySterile
Storage Conditions2–8 °C
Shipping ConditionsWet ice
CAS Number– (penicillin derivative)
Product LineGibco™

Available Format

Catalog NumberQuantityFormat
101770125 gPowder


Gibco™ Carbenicillin Disodium Salt provides a stable, selective, and low-toxicity antibiotic solution for plant transformation and bacterial selection. Its enhanced resistance to β-lactamase degradation ensures reproducibility and reduces satellite colony formation, making it an essential antibiotic for molecular cloning and plant biotechnology research.

Selection Reagents Brochure

This will display Shipping & Return.