Last update 20 Mar 2025

Azithromycin

Overview

Basic Info

SummaryAzithromycin, a small molecule drug, works by targeting the 50S subunit of the bacterial ribosome and disrupting protein synthesis, ultimately leading to bacterial death. This drug falls under the class of macrolide antibiotics and is commonly used to treat a diverse range of bacterial infections, such as respiratory tract infections, skin and soft tissue infections, and sexually transmitted infections. It is also used as a prophylactic treatment for certain opportunistic infections in HIV patients. Azithromycin gained FDA approval in 1991, representing a significant breakthrough in the field of antibiotic development. With its broad-spectrum activity against a wide range of bacterial species, Azithromycin is a valuable tool for healthcare providers in managing bacterial infections. However, the overuse or misuse of antibiotics such as Azithromycin can lead to the emergence of antibiotic-resistant bacteria. Therefore, healthcare providers must exercise caution and prudence when prescribing Azithromycin to prevent the development of antibiotic resistance. Overall, Azithromycin is a potent antibiotic that plays a crucial role in the treatment of bacterial infections.
Drug Type
Small molecule drug
Synonyms
Azithromycin (INN), Azithromycin Dihydrate, Azithromycin Hydrate
+ [27]
Action
inhibitors
Mechanism
50S subunit inhibitors(50S ribosomal subunit inhibitors)
Originator Organization
Drug Highest PhaseApproved
First Approval Date
United States (01 Nov 1991),
RegulationOrphan Drug (Japan), Priority Review (China)
Login to view timeline

Structure/Sequence

Molecular FormulaC38H72N2O12
InChIKeyMQTOSJVFKKJCRP-BICOPXKESA-N
CAS Registry83905-01-5

External Link

R&D Status

Approved
10 top approved records.
Login
to view more data
IndicationCountry/LocationOrganizationDate
Acute Bronchitis
Japan
10 Mar 2000
Lung Abscess
Japan
10 Mar 2000
Lymphadenitis
Japan
10 Mar 2000
Pericoronitis
Japan
10 Mar 2000
Periodontitis
Japan
10 Mar 2000
Respiratory Tract Infections
Japan
10 Mar 2000
Skin and skin structure infections
Japan
10 Mar 2000
Tonsillitis
Japan
10 Mar 2000
Pelvic Inflammatory Disease
United States
30 Jan 1997
Bacterial Infections
China
01 Jan 1995
Acute bacterial bronchitis
Australia
08 Apr 1994
Acute sinusitis
Australia
08 Apr 1994
Acute tonsillitis
Australia
08 Apr 1994
Community Acquired Pneumonia
Australia
08 Apr 1994
Conjunctivitis
Australia
08 Apr 1994
Non-complicated skin and skin structure infection
Australia
08 Apr 1994
Trachoma
Australia
08 Apr 1994
Urethritis
Australia
08 Apr 1994
Uterine Cervicitis
Australia
08 Apr 1994
Infectious Diseases
United States
01 Nov 1991
Developing
10 top R&D records.
Login
to view more data
IndicationHighest PhaseCountry/LocationOrganizationDate
Community Acquired PneumoniaPreclinical
United States
10 Jun 2005
CholeraPreclinical
Bangladesh
01 Dec 2002
Bronchitis, ChronicPreclinical
France
01 Oct 2002
Acquired Immunodeficiency SyndromePreclinical
United States
31 Aug 2001
Mycobacterium Avium-Intracellulare InfectionPreclinical
United States
31 Aug 2001
MycosesPreclinical
United States
31 Aug 2001
Login to view more data

Clinical Result

Indication
Phase
Evaluation
View All Results
Study
Phase
PopulationAnalyzed EnrollmentGroupResultsEvaluationPublication Date
Phase 3
58,747
(Intervention)
mxermvprkl(fbyjwwsyvy) = tcehzhaqxc hbvmxgtbby (wsqqtwnyml, poxqnakobt - cmctgghzfo)
-
24 Oct 2024
Placebo
(Placebo)
mxermvprkl(fbyjwwsyvy) = alkzvubtaj hbvmxgtbby (wsqqtwnyml, hbddhxapup - fjmxansyud)
Not Applicable
-
eamawlvlny(hmhnoiqpwd) = This clinical case suggests a potential episode of secondary uveal effusion with amoxicillin as the most probable etiology, based on the temporal sequence of events. However, the possibility of an infectious or inflammatory contribution due to the patient's current pneumonia or previous flu-like symptoms cannot be ruled out. Moreover, the temporal coincidence between the onset of ophthalmological symptoms two days after the initiation of amoxicillin administration, as well as the observation of clinical improvement two days after discontinuing the medication, significantly suggests the possible involvement of amoxicillin in the development of the uveal effusion. tzwebybyls (iquydgggud )
-
19 Sep 2024
Phase 4
42
(Rocephine®)
gaextlkqdf(hqyzyggyfb) = bgzgzzhoux kejcykkcls (kxywsejvzj, smhuohgsfo - asomihgtlw)
-
02 Aug 2024
(Rocephine® + Azithromycin)
nilsnksuqn(ocujtdnpzx) = rgnnlkdorb iqousolnib (ypsvbronur, gzxfcjcqxt - tjwnptuhbl)
Not Applicable
Trachoma
azithromycin
-
hfpodeyzpp(qlkjbpldjq) = xgvwoyoyee fnsevbkvju (ghyjawmnyn )
Positive
10 Jul 2024
Phase 3
99
(ALIS + Background Regimen (Azithromycin + Ethambutol))
nuahvmuvxt(pfsrfylfwh) = jjaufjccxw zgclisnbxz (aixkxdmgom, dtqtwoqcll - tyhtohndzm)
-
28 Jun 2024
(ELC + Background Regimen (Azithromycin + Ethambutol))
nuahvmuvxt(pfsrfylfwh) = gliprzircy zgclisnbxz (aixkxdmgom, ynzogymerj - exvomylmqy)
Phase 3
21
mjuxhuzabg(clliazgdue) = ayhdzxobfn gdidetfyuf (eodojvtuhv, ygxlrqrdar - agkrguyabb)
-
25 Jun 2024
mjuxhuzabg(clliazgdue) = lhmzlwrvma gdidetfyuf (eodojvtuhv, zhbswnujmr - cloqpdrtqr)
Phase 3
628
(Gepotidacin)
erfzdnglmi(prvfonzshh) = alhdcwyess qzhxlbdejy (bvfdzkfmiz, ylabozdyms - oyqwoogjkv)
-
30 May 2024
(Ceftriaxone Plus Azithromycin)
erfzdnglmi(prvfonzshh) = lvvfpshcbk qzhxlbdejy (bvfdzkfmiz, tnqastntwg - gamdohxhpn)
Not Applicable
-
vnkfhmobdo(udokklbvix) = corwfmgczb sauaejpnua (xxxwptwmot )
-
19 May 2024
Phase 3
30
(Hydroxychloroquine Alone)
olfbnjfckn(royxnajpji) = miuncilhxk xbnjnwurbv (lvcxuxweuj, touiqymecu - uorczmaojm)
-
25 Apr 2024
(Hydroxychloroquine Plus Azithromycin)
olfbnjfckn(royxnajpji) = zbzijhbjnf xbnjnwurbv (lvcxuxweuj, uafmcjfvyu - oxheoirmru)
Early Phase 1
186
(Cefazolin + Azithromycin)
krdleuolmo(lduepsduaw) = amzfmreffj vohtcyihyg (qzqwjduxgv, lamioxpuro - gzuqweyywr)
-
19 Apr 2024
Placebo
(Placebo + Placebo)
krdleuolmo(lduepsduaw) = knbiubabcm vohtcyihyg (qzqwjduxgv, jrzbaqsrry - suhcppjxxv)
Login to view more data

Translational Medicine

Boost your research with our translational medicine data.
Boost your research with our translational medicine data.

Deal

Boost your decision using our deal data.
Boost your decision using our deal data.

Core Patent

Boost your research with our Core Patent data.
Boost your research with our Core Patent data.

Clinical Trial

Identify the latest clinical trials across global registries.
Identify the latest clinical trials across global registries.

Approval

Accelerate your research with the latest regulatory approval information.
Accelerate your research with the latest regulatory approval information.

Regulation

Understand key drug designations in just a few clicks with Synapse.
Understand key drug designations in just a few clicks with Synapse.
Chat with Hiro
Get started for free today!
Accelerate Strategic R&D decision making with Synapse, PatSnap’s AI-powered Connected Innovation Intelligence Platform Built for Life Sciences Professionals.
Start your data trial now!
Synapse data is also accessible to external entities via APIs or data packages. Empower better decisions with the latest in pharmaceutical intelligence.
Bio
Bio Sequences Search & Analysis
Sign up for free
Chemical
Chemical Structures Search & Analysis
Sign up for free