Biology master unit with sensor, interface and software, 4 groups
Function
Intended for study, General Biology laboratory, Biology experiments on: Metrology. How to use the biological microscope? Identifying the parts of a biological microscope. How to handle the scalpel. What is the scalpel. How to handle the scalpel. Ecosystem. Identifying some seeds. How to identify humus, sandy and clayey soils? Does the air we exhale contain water vapor? Does air take up space? The water contained in the soil. The soil contains mineral salts. Some components of the air we breathe, oxygen and carbon dioxide. Cellular biology. What are the conditions offered by the egg for the bird to develop? What are the buccal cells like? The cell membrane, the nucleus and the cytoplasm. What is the plant tissue of the onion like? The cell wall, the cell membrane, the nucleus. How can we verify osmosis in plant cells? The epidermis of the onion. Observing the diffusion of particles. Observing cells of suberous tissue. What are the cells of the skeletal striated muscle like? What are smooth muscle cells like? Biochemistry. How does catalase act inside plant cells? Is it possible to observe the action of enzymes? How to test the pH of different substances? Which food samples contain lipids? How to extract and observe DNA from a fruit? Observing starch. What are different starch grains like? Locating starch in different substances. Kingdom monera, protoctista and fungi. Fruit decomposition under the action of mold. Mold decomposes organic matter. Microscopic observation of orange mold. What are yeasts like? How do yeast-like fungi develop in salt and sugar? How to observe aquatic microorganisms? Aquatic microorganisms. Kingdom animalia. Culture and observation of microcrustacean Daphnia sp. What are the antennae, legs and mouth of insects like? What is the kidney like? How do animals support themselves and move? Where are the bacteria? How to perform data acquisition using a kymograph. Kingdom plantae. Germination and the force exerted by the seed when germinating. The ability to absorb nutrients, one of the functions of the roots. One of the functions of the stem, capillarity. What is meant by capillarity. Study of plant bark. The direction of root growth and the direction of stem growth. Photosynthesis, green plants need light, light energy. What are stomata like? What are the structures of a flower like? The flower. The pollen. The sepals and petals. The gynoecium and the ovules. The stem conducts the sap to all parts of the plant. The elodea leaf. What are the reproductive structures of pteridophytes like? Comparing the germination power of seeds. Phototropism in plants. What is meant by phototropism. What is meant by auxin. Comparing different amounts of the hormone auxin in a type of seed. Differences between monocotyledons and dicotyledons. Characteristics of monocotyledons. Characteristics of dicotyledons. The influence of different types of water on seed development. Fertile soil. Preparing different types of water. The influence of light on the sprouting and development of sunflower seeds. Human physiology. What are we like inside? The skeleton. The locomotor system, structure and movement - the muscles. How do we breathe in different situations? etc.
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Key Experiments
- » How to use a biological microscope? - 1505.011
- » Identifying the parts of a biological microscope - 1505.014
- » The identification of some seeds. - 0001.040
- » How to identify humus, sandy and clayey soils? - 0001.050
- » Does the air we exhale contain water vapor? - 0001.085
- » Does air take up space? - 0001.095
- » The water contained in the soil. - 0001.210A
- » The soil contains mineral salts. - 0001.220
- » Some components of the air we breathe, oxygen and carbon dioxide. - 0001.325
- » What conditions does the egg provide for the bird to develop? - 0001.240
- » What do buccal cells look like? - 1481.009A
- » What does onion plant tissue look like? - 1481.010A
- » How can we verify osmosis in plant cells? - 1481.011A
- » Observing particle diffusion. - 1481.012
- » Observing suberosal tissue cells. - 1505.012
- » What do skeletal muscle cells look like? - 1505.020A
- » What do smooth muscle cells look like? - 1505.020B
- » How does catalase act inside plant cells? - 0003.015
- » Is it possible to observe the action of enzymes? - 0003.017
- » How to test the pH of different substances? - 0003.019
- » Which of the food samples contain lipids? - 0003.024
- » How to extract and observe DNA from a fruit? - 0003.025A
- » Observing starch - 1481.411A
- » What do different starch grains look like? - 1481.412A
- » Locating starch in different substances. - 1481.413
- » The decomposition of fruit under the action of mold. - 0001.245
- » Mold decomposes organic matter. - 0001.250
- » Microscopic observation of orange mold. - 0001.254
- » What are yeasts like? - 0001.255
- » How do yeast-like fungi grow on salt and sugar? - 0001.256
- » How to observe aquatic microorganisms? - 0001.360A
- » Culture and observation of microcrustacean Daphnia sp. - 0001.361A
- » What do insects' antennae, legs and mouths look like? - 1491.004B
- » What does the kidney look like? - 1491.005
- » How do animals sustain themselves and move? - 1491.006
- » Where are the bacteria? - 1505.013
- » Data acquisition with the kymograph. - 1800.010
- » General procedures for an FQB trial class. - 1201.003
- » Some QB safety standards. - 1201.003A
- » Some special care in the QB laboratory. - 1201.003B
- » FQB laboratory reports and notebooks. - 1201.003C
- » Procedures for carrying out QB experiments. - 1201.003D
- » Some guidelines on cleaning and drying QB glassware. - 1201.005
- » Germination and the force exerted by the seed when germinating. - 0001.145
- » Root absorption. - 0001.151
- » One of the functions of the stem. - 0001.155
- » Study of vegetable peels. - 0001.156
- » The direction of root growth and the direction of stem growth. - 0001.160
- » Photosynthesis, green plants need light light energy. - 0001.170
- » What do stomata look like? - 0001.173
- » What are the structures of a flower like? - 0001.180
- » The stem conducts the sap to all parts of the plant. - 0001.340
- » Elodea leaf - 1481.002
- » What are the reproductive structures of pteridophytes like? - 1481.006C
- » Comparing the germination power of seeds. - 1481.041
- » Phototropism in plants. - 1481.437
- » Comparing different amounts of the hormone auxin in one type of seed. - 1481,438
- » Differences between monocotyledons and dicotyledons. - 1481.440
- » The influence of different types of water on seed development. - 1481.441
- » The influence of light on the sprouting and development of sunflower seeds. - 1481.442
- » What are we like inside? The skeleton. - 1505.016B
- » The locomotor system, structure and movement - the muscles - 1505.020C
- » How do we breathe in different situations? - 1800.012