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Narrative review summarizes drug classes for coronavirus infection, including small molecules and Traditional Chinese MedicineWhat small and large drugs might do for coronavirus infections remains unclear in this review

AI-generated summary of the cited source, checked by automated accuracy review. How we work

Key Takeaway
Consider this narrative review as a broad overview of drug classes for coronavirus infection, not as clinical evidence.

This publication is a narrative review that explores various drug classes as potential treatments for coronavirus infection. The scope includes small-molecule drugs, macromolecular drugs, peptides, polymers, and Traditional Chinese Medicine, offering a broad overview of therapeutic approaches without focusing on specific interventions or comparators. As a narrative review, it does not involve systematic methods like meta-analysis, so it lacks pooled effect sizes, confidence intervals, or quantitative synthesis of outcomes.

The authors synthesize qualitative conclusions about the roles and mechanisms of these drug classes in managing coronavirus infection, drawing from existing literature. However, key details such as study populations, sample sizes, interventions, comparators, primary outcomes, follow-up duration, and safety data are not reported, limiting the ability to assess efficacy or safety directly. The review does not specify limitations or gaps acknowledged by the authors, and funding or conflicts of interest are not reported.

In terms of practice relevance, the review provides a conceptual framework for understanding diverse therapeutic options but does not offer specific clinical recommendations. Clinicians should view this as an informational summary rather than evidence-based guidance, pending more rigorous studies to validate any potential benefits or risks.

When you or a loved one faces a coronavirus infection, you naturally want to know if there is a medicine that can help. This narrative review gathers together stories about various treatments, ranging from small-molecule drugs and macromolecular drugs to peptides, polymers, and Traditional Chinese Medicine. The goal is to see if any of these options show promise for fighting the virus.

However, this type of study does not involve testing new drugs on people. Instead, it reads and connects what other researchers have already found. Because the input details on the population, sample size, and specific results were not reported in the source data, we cannot say exactly how well these drugs work or who they help most.

There are no reported safety signals, discontinuations, or adverse events in this specific review because it summarizes other work rather than running a new experiment. The main takeaway is honest: while many options exist, the evidence is incomplete. We cannot claim these drugs are effective or safe yet. More direct research is needed before we can confidently guide patients toward the right choice.

What this means for you:
This review shows many drug options exist, but we still lack clear proof of which ones work or are safe.

Study Details

Study typeSystematic review
EvidenceLevel 1
PublishedApr 2026
View Original Abstract ↓
The continuous emergence of severe acute respiratory type 2 coronavirus (SARS-CoV-2) variants (e.g., Omicron) and the threat of future emerging coronavirus pandemics highlight the urgent need for broad-spectrum antiviral strategies. While various therapeutics exist, a systematic integration of diverse treatment modalities remains lacking. This review introduces a comprehensive conceptual framework that compares and integrates four major therapeutic categories: small-molecule drugs (targeting viral enzymes), macromolecular drugs (including peptides and polymers), Traditional Chinese Medicine (TCM, focusing on holistic regulation and active ingredients), and carrier vector vaccines. Beyond traditional pharmacology, we further incorporate the emerging role of Artificial Intelligence (AI) and computational screening in accelerating the discovery of broad-spectrum inhibitors. The primary goal of this article is to: (1) critically analyze the distinct antiviral mechanisms, advantages, and limitations of each category; (2) explore synergistic combination therapies (e.g., combining antiviral drugs with immunomodulators or TCM) to overcome drug resistance; and (3) provide a strategic reference for developing “pan-coronavirus” therapeutics that are resilient against viral mutations.
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