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AMR Drug RepurposingSmart Screeningresearch prototype

Loracarbef

FDA-approved product (for suspension, oral), marketed as Lorabid.

Registered studies
1
Lab records
4
Pathogens at ≥40%
4 of 4

Chemical structure

Chemical structure of Loracarbef
A drawing shows what the molecule is, not what it does.

Existing / approved use

Documented · FDA, WHO, ChEMBL

Approved for

  • Bacterial disease

Indications ChEMBL records as approved, from FDA and DailyMed labels.

WHO therapeutic group
Second-generation cephalosporins
Anti-infective classification
Classified as an existing antimicrobial.WHO ATC J01DC08

Repurposing investigation

Loracarbef is already an antimicrobial, so it is not counted among the repurposing candidates. Its AI-predicted activity is shown below for reference.

AI-predicted activity

AI prediction · nothing measured
  • MRSA93.9% AI-predicted activityAt or above the ≥40% mark this site uses to surface candidates.
  • E. coli89.3% AI-predicted activityAt or above the ≥40% mark this site uses to surface candidates. This medicine was in the model's training data, so this is recall, not a new prediction.
  • K. pneumoniae93.7% AI-predicted activityAt or above the ≥40% mark this site uses to surface candidates. This medicine was in the model's training data, so this is recall, not a new prediction.
  • M. tuberculosis43.0% AI-predicted activityAt or above the ≥40% mark this site uses to surface candidates.

A model’s estimate of laboratory activity against each pathogen species. It is not clinical effectiveness.

Evidence

Clinical and experimental

Documented evidence

Clinical

1registered study names this medicine, for any condition. See them below.

Experimental

  • E. coli: measured active in 3 of 3 lab records
  • K. pneumoniae: measured active in 1 of 1 lab record
Open Loracarbef in ChEMBL Registered studies below
Show the 4 laboratory records, with sources

Loading records…

“Active” means the measured value reached this project’s laboratory cutoff (10 µM or stronger). A laboratory result does not show an effect in patients.

Docking

Computational · nothing measured

Dihydrofolate reductase ↗ (E. coli)

-6.8 kcal/mol

0better fit →-12

KPC-2 carbapenemase ↗ (K. pneumoniae)

-8.9 kcal/mol

0better fit →-12

Enoyl-ACP reductase (InhA) ↗ (M. tuberculosis)

-9.0 kcal/mol

0better fit →-12

Dihydrofolate reductase ↗ (MRSA)

-7.7 kcal/mol

0better fit →-12

AutoDock Vina, one experimentally solved protein per pathogen. This project’s screening target is -7.0 kcal/mol, its own mark rather than a universal cutoff. A docking score is a structural hypothesis, not proof of binding, and requires experimental validation.

Other medicines to investigate

AI prediction · nothing measured

Other repurposing candidates: approved medicines besides Loracarbef with AI-predicted activity ≥40% against the chosen pathogen, leaving out existing antimicrobials. They are computational candidates for further investigation, not alternatives and not recommendations.

Sorted by AI-predicted activity, high to low. The order is not a ranking of which medicine is better.

Registered studies

A registration describes a study; it does not establish a positive result.

  • Patients Response to Early Switch To Oral:Osteomyelitis Study

    NCT02099240 · start 2014-03-06

    Registered record
    Registry ID
    NCT02099240
    Conditions
    Osteomyelitis
    Interventions
    oral antibiotics; intravenous antibiotics
    Study type
    INTERVENTIONAL
    Phase
    Early phase 1
    Registry status
    Terminated
    Start
    2014-03-06
    Completion
    2018-11-07
    Enrolment
    11

    As stored from ClinicalTrials.gov. Registration describes a study; it does not mean the study worked.

    ConditionOsteomyelitis
    Interventionoral antibiotics; intravenous antibiotics
    PhaseEarly phase 1
    Registry statusTerminated