Plants
Product Code : SCL-MH-12600
Demystify the complex microscopic processes and macro-anatomical systems of the plant kingdom with the premium Anatomy, Physiology, and Life Cycle of Plants Laboratory Kit, meticulously engineered by Educational Instrument India. Developed as a multi-disciplinary botanical training board, this comprehensive academic system enables educators to guide students through 18 core curriculum-mapped experiments, transforming abstract biological models into interactive classroom discoveries.
Plants are highly intricate living factories, yet their internal mechanics remain largely hidden from the naked eye. This kit bridges that gap. Students begin by analyzing the microscopic building blocks of vegetation, examining the structural boundaries of a plant cell under precision magnification. Moving from cellular layout to life cycle progression, the station features controlled environments to test germination parameters, showing how moisture, temperature, and gaseous access trigger cellular activation within seed coats.
Crucially, the kit provides specialized tools to monitor metabolic phase shifts. Classrooms can conduct quantitative tracking of gas balances to observe cellular breathing (respiration) in plants, demonstrating how roots, stems, and leaves break down stored sugars. This metabolic cycle is contrasted with the light-driven mechanics of photosynthesis, where students can visually trap gaseous outputs to prove how chlorophyll converts radiant energy, water, and carbon dioxide into chemical energy. Additionally, the kit addresses fluid transport mechanics, featuring high-accuracy capillary tubes and semi-permeable membranes to observe how roots actively absorb moisture via osmosis and force it upward against gravitational gradients.
Curriculum-Aligned Botany Laboratory: Built precisely to meet the practical experiment benchmarks outlined under CBSE, NCERT, ICSE, IGCSE, and IB Diploma biology programs.
Leak-Proof Respiration Modules: Outfitted with hermetically sealed gas tracking chambers and non-toxic chemical color indicators to ensure unambiguous metabolic readings.
Google E-A-T Quality Frameworks: Manufactured in an ISO 9001:2015 quality-certified facility, guaranteeing durable anatomical components, reliable probes, and excellent instructions.
- Product Specifications
Brand Name: Educational Instrument India
Model Number: EII-PLN-2026 / Master Botany Series
Target Educational Level: Middle School, High School, Higher Secondary (10+2), and Introductory College Biology
Material Formulation: Optical-Grade Shatter-Proof Acrylic, Borosilicate Glass, Medical-Grade Silicone Tubing, High-Impact Non-Toxic ABS Base Blocks
Primary Assemblies Included:
High-Definition Three-Dimensional Plant Cell Structural Model (with removable organelles)
Dual-Chamber Plant Respiration and Cellular Breathing Volumetric Apparatus
Photosynthesis Gaseous Capture Bell Jar Module (with integrated low-heat light source mount)
Osmotic Root Capillary Absorption and Transpiration Pull Simulation Assembly
Multi-Condition Seed Germination Sandbox Matrix (with independent moisture-control trays)
Reagent and Chemical Receptions Set (Bromothymol Blue, Iodine Solution, Methylene Blue stain)
Measurement Sensitivity: Respiration gas volumetric tracking down to 0.05 mL; Germination thermal sensor tracking to
Compliance Framework: ISO 9001:2015 Certified Quality Tracking, CE Certified Pedagogical Layout
Total Kit Weight: 4.95 kg (Shipped securely inside a heavy-duty, moisture-proof protective storage casing)
- How to Use It: Step-by-Step Laboratory Guide
Activity 1: Observing the Plant Cell Structural Topography
Retrieve the 3D Plant Cell Structural Model from the kit casing. Set it on a flat workspace under uniform classroom lighting.
Have students identify the thick, rigid outer cellulose cell wall and the inner plasma membrane, which provide structural support.
Remove the interlocking pieces representing key organelles. Direct students to examine the chloroplasts (the sites of photosynthesis), the large central water vacuole (responsible for turgor pressure), and the centralized nucleus holding genetic blueprints, establishing the functional variations dividing plant cells from animal counterparts.
Activity 2: Monitoring Plant Cellular Breathing (Respiration)
Place a sample of germinating seeds or fresh green leaves inside the hermetically sealed reaction chamber of the Cellular Breathing Apparatus.
Fill the connected tracking column with a calibrated solution of Bromothymol Blue indicator fluid (which starts as a deep blue color).
Instruct students to monitor the indicator fluid over a 30-minute interval. As the plant tissue undergoes cellular respiration, it consumes oxygen and releases carbon dioxide gas into the sealed environment.
The accumulating carbon dioxide dissolves into the indicator fluid, forming carbonic acid and causing the solution to shift from blue to yellow. This chemical reaction provides a clear visual demonstration of metabolic gas balances in plants.
Activity 3: Trapping Gaseous Outputs During Photosynthesis
Fill the clear Photosynthesis Bell Jar Module with water and place an active aquatic plant specimen (such as Elodea) inside. Invert a water-filled graduated test tube directly over the plant's cut stem.
Activate the integrated low-heat light source, directing a steady beam toward the bell jar to simulate solar radiation.
Instruct students to look for rows of oxygen bubbles forming on the leaves and rising into the inverted test tube. Over time, the displaced water level tracks the net rate of glucose production.
Carefully remove the gas tube and perform a glowing splint test; the splint will instantly reignite, proving that the released gaseous output is pure oxygen, a direct byproduct of active photosynthesis.
- Frequently Asked Questions (FAQ)
Q1: Do plants undergo cellular breathing during the day while photosynthesis is active?
Ans: Yes. Plants undergo cellular breathing continuously, 24 hours a day, to break down sugars and sustain basic life functions. During daylight hours, however, the rate of photosynthesis is typically much higher than the rate of respiration. As a result, the plant releases more oxygen than it consumes, masking the continuous underlying respiration process.
Q2: How does the kit demonstrate how roots absorb water and move it upward?
Ans: The kit utilizes an Osmotic Root Capillary Absorption Assembly. By separating a concentrated salt solution and pure water via a semi-permeable membrane, it models how living root cells draw moisture from surrounding soil through osmosis. Combined with narrow glass capillary stems, it illustrates how surface tension and transpiration pull lift water columns up into high branches.
Q3: Are the chemical tracking reagents inside the kit safe for middle school students to handle?
Ans: Yes. All provided indicator chemicals (such as Bromothymol Blue and weak Iodine) are prepared in highly diluted, low-concentration solutions that are entirely non-toxic and safe for school classrooms. However, as a standard laboratory practice, students should always wear protective eyewear and wash their hands thoroughly after completing experiments.
Q4: How should the botanical germination matrices be maintained between teaching cycles?
Ans: After completing germination tracking cycles, discard the used seed specimens and wipe out the sandbox trays with a mild disinfectant solution to prevent mold or bacterial growth. Rinse the volumetric glassware with distilled water, allow it to air dry at room temperature, and pack the components back into the secure protective hardcase.
