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November 11, 2003Physiological Genomics

The mouse and human heart are anatomically remarkably similar throughout development, with major differences seen only in the venous pole, warranting the use of mice as models for human heart disease.

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Population

Mouse and human models of cardiac development

Design

Review

Key result

The mouse and human heart are anatomically remarkably similar throughout development, with major differences seen only in the venous pole, warranting the use of mice as models for human heart disease.

Authors

AWAndy WesselsDSDavid Sedmera

Discussion

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Overview

Supports mouse models for human cardiac development studies; leaves open functional validation in disease contexts.

Key Points

  • This review aims to compare cardiac developmental anatomy between mice and humans, focusing on unique anatomical features.
  • Review of existing literature on cardiac anatomy in both species.
  • Comparison of developmental sequences for cardiac structures.
  • Discussion of anatomical differences and similarities in cardiac chambers and valves.
  • Mouse and human hearts exhibit remarkable anatomical similarities during development.
  • Heart chamber partitioning and valve maturation occur in an analogous manner between both species.
  • Significant anatomical differences are primarily located at the venous pole of the heart.

Structured PICO

P
Population
Mouse and human models of cardiac development
O
Outcome
Similarities and differences in developmental cardiac anatomy

Comparative anatomical analysis confirms that the mouse is a highly valid model for studying human cardiac development and congenital heart disease.

Cite This Study

Wessels et al. (2003) conducted a review in Congenital heart disease and cardiac development. Mouse model vs. Human heart was evaluated. The mouse and human heart are anatomically remarkably similar throughout development, with major differences seen only in the venous pole, warranting the use of mice as models for human heart disease.

synapsesocial.com/papers/6a222cbe90e08a95395825fbhttps://doi.org/10.1152/physiolgenomics.00033.2003
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