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Peer review process for the "ACRMI" is a critical component of maintaining the quality and integrity of the journal's publications.
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Open access content in the "Annals of Case Reports and Medical Images" refers to articles and materials that are freely accessible to the public.
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Publication policies and ethics are crucial aspects of maintaining the integrity, quality, and credibility of academic journals like the "ACRMI"
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The Annals of Case Reports and Medical Images is a reputable and scholarly journal that primarily focuses on publishing unique and unusual medical cases, particularly those with distinct imaging findings. The journal aims to advance medical knowledge by presenting rare, interesting, and challenging cases that can contribute valuable insights to medical practice and research.
The journal adheres to rigorous peer-review processes, ensuring the quality and validity of the published content. By highlighting unique cases and exceptional imaging findings, the Annals of Case Reports and Medical Images plays a vital role in disseminating valuable clinical knowledge, promoting scientific discussions, and facilitating continuous learning among medical professionals.
The journal invites submissions of medical cases that fall within its purview, including research articles, reviews, case reports, clinical images, mini-reviews, opinions, case series, short reports, short commentaries, reviews, original research and presentations.
Submit manuscripts at Online Submission System or an e-mail attachment to the Editorial Office at support@anncrmi.org
Articles
Editors
Reviewers
Issues
An enlarged uvula is known to result from more than a dozen different toxic, infectious or traumatizing phenomena, including pharyngitis, smoking cocaine or crack, snoring/sleep apnea, and several sexually transmitted infections.
This work proposes a conceptual optical–AI integrated framework based on ZnO quantum dot fluorescence for non-invasive early breast tissue assessment. The system is designed as an external wearable optical platform, in which controlled near-infrared excitation stimulates photoluminescent responses from functionalized quantum dot interfaces.
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