Key result
Zebrafish provide an effective in vivo model for studying the conserved renin-angiotensin system.
Why the study?
The biological role of the renin-angiotensin system continues to broaden, and zebrafish offer genetic tractability and accessibility for in vivo imaging to study kidney functionality and the RAS.
Zebrafish represent a highly valuable and genetically tractable model for in vivo investigation of the renin-angiotensin system, organogenesis, and renal injury.
Zebrafish model aids RAS research; leaves open clinical translation pending mammalian validation.
The renin–angiotensin system (RAS) is highly conserved, and components of the RAS are present in all vertebrates to some degree. Although the RAS has been studied since the discovery of renin, its biological role continues to broaden with the identification and characterization of new peptides. The evolutionarily distant zebrafish is a remarkable model for studying the kidney due to its genetic tractability and accessibility for in vivo imaging. The zebrafish pronephros is an especially useful kidney model due to its structural simplicity yet complex functionality, including capacity for glomerular and tubular filtration. Both the pronephros and mesonephros contain renin-expressing perivascular cells, which respond to RAS inhibition, making the zebrafish an excellent model for studying the RAS. This review summarizes the physiological and genetic tools currently available for studying the zebrafish kidney with regards to functionality of the RAS, using novel imaging techniques such as SPIM microscopy coupled with targeted single cell ablation and synthesis of vasoactive RAS peptides.
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Hoffmann et al. (2018) conducted a review in Renin-angiotensin system and kidney development. Zebrafish model was evaluated. The zebrafish model serves as an excellent platform for investigating the renin-angiotensin system due to its genetic tractability, conservation of RAS components, and suitability for in vivo imaging.
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