Investigating Human Respiration Kit Manufacturer,Supplier and Exporter in India
Product Code : SCL-EK-11060
This
laboratory series is engineered to facilitate a quantitative and qualitative
investigation into the human Respiratory System, bridging the gap between systemic breathing and Cellular Respiration.
|
Feature |
Engineering & Pedagogical Specification |
|
Experimental Scope |
Detection of CO2 in Exhaled Breath |
|
Analytical Focus |
Metabolic Waste Excretion and
Subsystem Integration |
|
Equipment |
Borosilicate Glassware,
Precision Valves, and Safe Indicators |
|
Theoretical Framework |
Cellular Metabolism and
Homeostatic Gas Exchange |
|
Safety |
Non-toxic, food-grade
indicators optimized for classroom safety |
|
Documentation |
Integrated Teacher’s Guide
with Systems-Level Diagrams |
The
Physiology of Gas Exchange
In
Human Physiology, the respiratory system serves as the primary interface
for the intake of oxygen and the removal of metabolic carbon dioxide. This kit
allows students to empirically identify the presence of carbon dioxide in
exhaled breath, providing a concrete link to the invisible chemical processes
occurring at the Cellular Level.
Research
indexed on Google Scholar emphasizes that "hands-on" gas
detection experiments are essential for students to grasp the interacting roles
of the Circulatory System and the lungs in maintaining Homeostasis. By visualizing the excretion of CO2, students develop
an understanding of how subsystems—from individual cells to entire organs—work
in tandem to provide nutrients and remove waste throughout the body.
The
Factory-Direct Advantage
Sourcing your life
science setups directly from our manufacturing lines ensures technical
consistency and superior educational accuracy:
·
Specialized Glassware
Production: We utilize our own Laboratory Glassware factories to produce the specific test tubes and
delivery straws required for this experiment, ensuring high durability and
clear visibility of colorimetric changes.
·
Precision Chemical Calibration: Our in-house chemical labs calibrate the indicators to
ensure a rapid and distinct reaction to carbon dioxide concentrations,
minimizing student error during observation.
·
Direct Quality Assurance: Because we own the facility, every component—from the
specialized valves to the instructional booklets—undergoes a multi-point
inspection to ensure it meets international safety and performance standards.
·
Integrated STEM Modules: We design our kits to be scalable, allowing instructors
to transition from basic respiration studies to advanced investigations into
metabolic rates and physical exercise.
Laboratory
Investigation Overview
1.
Gas Identification: Students use specialized indicators to confirm the
presence of CO2 in
exhaled air compared to atmospheric air.
2.
Systems Analysis: Mapping the path of gas from the Alveoli
through the bloodstream to the cellular mitochondria.
3.
Cross-System Synthesis: Discussing how the respiratory, circulatory, and
digestive systems collaborate to sustain cellular life and manage waste.
