의학 연구 트렌드

AI가 선별한 이번 주 29개 전문과의 주요 논문

마지막 업데이트: 2026년 7월 28일

소아청소년과5

영향력 1

Artificial intelligence in pediatric medical genetics and genomics.

발표일: 2026-07-28

Current opinion in pediatrics

Medical Digest 수록일: 2026-07-29

(Summary generation failed. Please refer to the original article.)

PubMed에서 읽기
영향력 1

A Multitask Deep Learning Model for Pediatric Echocardiography Analysis.

발표일: 2026-07-28

Circulation

Medical Digest 수록일: 2026-07-29

(Summary generation failed. Please refer to the original article.)

PubMed에서 읽기
영향력 2

Real-world effectiveness of maternal genetically inactivated acellular pertussis vaccination in protecting infants under three months of age: a case-control study using concurrent community-based and test-negative controls.

발표일: 2026-07-27

Infection

Medical Digest 수록일: 2026-07-29

This study evaluated the effectiveness of maternal aP vaccination in preventing pertussis in infants during an outbreak in Thailand. The case-control study included 33 symptomatic cases and 330 asymptomatic controls. Results showed that maternal vaccination significantly reduced the risk of pertu...

PubMed에서 읽기
영향력 2

Prevalence of Post-Intensive Care Syndrome in Paediatrics in children with CHD and association with health-related quality of life outcomes.

발표일: 2026-07-27

Cardiology in the young

Medical Digest 수록일: 2026-07-28

This study evaluated Post-intensive Care Syndrome in Paediatrics in CHD patients aged 5-18 years with at least one cardiac ICU admission. Using physical, cognitive, social, and emotional questionnaires, 80% of the 117 patients were found to have the syndrome, with 36% physical, 70% cognitive, 26%...

PubMed에서 읽기
영향력 2

Association between hyperchloremia and outcomes of children admitted to the pediatric intensive care unit (PICU) with diabetic ketoacidosis (DKA).

발표일: 2026-07-27

Journal of pediatric endocrinology & metabolism : JPEM

Medical Digest 수록일: 2026-07-28

This retrospective cohort study of 162 pediatric patients with diabetic ketoacidosis (DKA) found that hyperchloremia, present in 81.5% of patients, is associated with longer DKA resolution time, slower bicarbonate rise, and longer PICU stay. Hyperchloremia was predicted by lower body weight and t...

PubMed에서 읽기

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