Manchanda Vikas, Muralidharan Jayshree, Nischal Neeraj, Aggarwal Kshitij, Gupta Swati, Gupta Nivedita, Velayudhan Anoop, Kaur Harmanmeet, Brijwal Megha, Chhabra Mala, Vishwanathan Rajlakshmi, Dhodapkar Rahul, Mahajan Sanjay K, Deol Saumya, Sekhar Jerin C, Mitra Srestha, Saxena Sonal, Kumar Jyoti, Garg Anju, Lodha Rakesh, Ravi V, Soneja Manish, Verghese Valsan Philip, Rodrigues Camilla
Department of Microbiology, Maulana Azad Medical College, Delhi, India.
Department of Pediatric Medicine (Advanced Pediatric Centre), PGIMER, Chandigarh, India.
Indian J Med Microbiol. 2024 Mar-Apr;48:100548. doi: 10.1016/j.ijmmb.2024.100548. Epub 2024 Mar 3.
Emerging infectious diseases, often zoonotic, demand a collaborative "One-Health" surveillance approach due to human activities. The need for standardized diagnostic and surveillance algorithms is emphasized to address the difficulty in clinical differentiation and curb antimicrobial resistance.
The present recommendations are comprehensive diagnostic and surveillance algorithm for ARIs, developed by the Indian Council of Medical Research (ICMR), which aims to enhance early detection and treatment with improved surveillance. This algorithm shall be serving as a blueprint for respiratory infections landscape in the country and early detection of surge of respiratory infections in the country.
The ICMR has risen up to the threat of emerging and re-emerging infections. Here, we seek to recommend a structured approach for diagnosing respiratory illnesses. The recommendations emphasize the significance of prioritizing respiratory pathogens based on factors such as the frequency of occurrence (seasonal or geographical), disease severity, ease of diagnosis and public health importance. The proposed surveillance-based diagnostic algorithm for ARI relies on a combination of gold-standard conventional methods, innovative serological and molecular techniques, as well as radiological approaches, which collectively contribute to the detection of various causative agents. The diagnostic part of the integrated algorithm can be dealt at the local microbiology laboratory of the healthcare facility with the few positive and negative specimens shipped to linked viral disease research laboratories (VRDLs) and other ICMR designated laboratories for genome characterisation, cluster identification and identification of novel agents.
新发传染病通常是人畜共患病,由于人类活动,需要采用协作性的“同一健康”监测方法。强调需要标准化的诊断和监测算法,以解决临床鉴别困难并遏制抗菌药物耐药性。
本建议是由印度医学研究理事会(ICMR)制定的针对急性呼吸道感染的全面诊断和监测算法,旨在通过改进监测来加强早期检测和治疗。该算法应作为该国呼吸道感染情况的蓝图以及该国呼吸道感染激增的早期检测方法。
ICMR已应对新发和再发感染的威胁。在此,我们寻求推荐一种诊断呼吸道疾病的结构化方法。这些建议强调了根据诸如发生频率(季节性或地理性)、疾病严重程度、诊断难易程度和公共卫生重要性等因素对呼吸道病原体进行优先排序的重要性。拟议的基于监测的急性呼吸道感染诊断算法依赖于金标准传统方法、创新的血清学和分子技术以及放射学方法的组合,这些方法共同有助于检测各种病原体。综合算法的诊断部分可在医疗机构的当地微生物实验室进行处理,将少量阳性和阴性标本送往相关的病毒性疾病研究实验室(VRDL)和其他ICMR指定的实验室进行基因组特征分析、聚类识别和新型病原体鉴定。