Embryonic Development Stages Model (8 parts) | INNORKOM

1. This model shows the uterus with embryo and fetus from the first month to the seventh month pregnancy and one fifth month twins pregnancy.

Material: PVC

The model consists of 8 distinct parts, each representing a specific stage in the development of a human embryo. These stages include fertilization, the formation of the blastocyst, gastrulation, and other key milestones that lead to the early development of organs and tissues. This model is ideal for medical students, biologists, and educators who wish to study and teach human developmental biology.

Features

• 8 Developmental Stages: The model is divided into 8 parts, each representing a specific stage in embryonic development, including fertilization, implantation, and organogenesis.
• High Detail and Accuracy: Each part of the model is crafted with precision, ensuring accurate anatomical representations of the developing embryo at each stage.

• Color-Coded: The model may be color-coded to highlight different parts of the developing embryo, aiding in the identification of key structures and stages.

Embryonic Development Stages Model (8 Parts) serves a variety of educational functions:

• Educational Tool: Helps students and medical professionals understand the human embryonic development process, making it easier to visualize each stage.
• Medical and Biological Studies: Ideal for medical students studying human development, embryology, and prenatal care.
• Anatomy Teaching: Provides educators with a tangible model to explain the anatomical changes that occur during early human development.

Benefits

• Clear Visualization: The model offers a clear, visual representation of the complex process of human embryonic development, helping students and professionals better grasp each stage.
• Hands-On Learning: Enables a hands-on approach to learning, making it easier to study and understand the changes in morphology and structure during embryonic development.

• High Accuracy: Provides a highly accurate model of embryonic stages, which is crucial for understanding developmental abnormalities and early human anatomy.

• Medical Education: This model is a valuable resource for medical students, nursing students, and healthcare professionals learning about embryology and prenatal care.
• Biological Research: Suitable for biologists and researchers in the fields of developmental biology, providing insights into the early stages of human development.

• Anatomy and Physiology Classes: Perfect for use in anatomy and physiology classes, where understanding embryonic development is a key part of the curriculum.

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