http://newmetode.Sharestiforp.com Plant tissue culture is a collection of techniques used to maintain or grow plant cells‚ tissues or organs under sterile conditions on a nutrient culture medium of known composition. Plant tissue culture is widely used to produce clones of a plant in a method known as micropropagation. Different techniques in plant tissue culture may offer certain advantages over traditional methods of propagation‚ including: • The production of exact copies of plants that produce particularly
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Why Should We Plant Trees and Clean the Neighborhood [Customer’s Name] [University Name] [Course Name] [Date] Man was created many years ago. But unlike other living organisms he allows himself to adjust the environment for himself. Recently‚ it began to have a negative impact on the environment. More and more cities are becoming similar to the views from post-apocalyptic movies. But people have a way out. We need to plant more trees and learn to clean up after ourselves. First‚ because of the enormous
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Seeing Similarities Between Plants and Animals As you look around outside‚ you may see birds perched in trees‚ frogs croaking on lily pads‚ and even dogs digging in the grass. Our world is filled with plants and animals‚ yet when a person thinks of the phrase ’plants and animal‚’ they automatically begin thinking about the differences between the two. As different as they may seem‚ plants and animals are very similar in the following areas: reproduction‚ human uses‚ and the requirement of water
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dicotyledonous plants. [pic] Dicotyledonous and Monocotyledonous plants Table of contents i. Cover page ii. Table of contents iii. Introduction iv. Definition of a Monocotyledonous plant v. Definition of a Dicotyledonous plant vi. Comparison of characteristics of Monocotyledonous and Dicotyledonous plants vii. Sample of a Monocotyledonous plant viii. Sample of a Dicotyledonous plant ix. Conclusion
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Plant Kingdom * Bryophyta * Non-vascular (no xylem or phloem) * Reliance on diffusion and osmosis * Ergo‚ size restriction to damp areas * Reproduce via haploid spores * No roots; rhizoids * No true stems * Possible earliest colonists of land. * Moss‚ liverworts‚ hornworts * Filicinophyta * Seedless (male gamete meets female gametes) * Vascular (xylem carry water and phloem carry nutrients) * Ferns‚ club mosses‚
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How to Plant & Grow Moringa The Moringa is a fast growing tree that can reach up to 3 meters in its first year. Moringa is an ideal plant to grow in your own backyard. Get a little Moringa in your diet‚ you can grow your own multivitamin! The Moringa tree grows to about 10 tall‚ with drooping branches. It thrives in subtropical and tropical climates‚ giving fruit and flowers continually. However Moringa grows best in dry‚ sandy soil. This makes it an ideal tree to grow in semi-desert conditions
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The Wonders of Plants Experiment 2 – Upside Down Mungbeans Experiment 3 – Plant Labyrinth 6/18/2015 Mt Gravatt State High School Trinity Wong Abstract Introduction: Plants can’t move like animals do but they respond to certain stimuli‚ making them change the direction in which they grow. Plants are very sensitive to their environment and have evolved many forms of "tropisms" in order to ensure their survival. A tropism is a growth movement whose direction is determined by the direction
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Totipotent cells formed during sexual and asexual reproduction include spores and zygotes. Zygotes are the products of the fusion of two gametes. In some organisms‚ cells can dedifferentiate and regain totipotency. For example‚ a plant cutting or callus can be used to grow an entire plant. Human development begins when a sperm fertilizes an egg and creates a single totipotent cell called zygote. In the first hours after fertilization‚ this cell divides into identical totipotent cells. Approximately four days
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6. Anatomy of Flowering Plants Tissue It is a group of cells that are similar in structure and are organised together to perform a specific function. It is of two types: Meristematic tissues and Permanent tissues Meristematic tissue It consists of actively dividing cells that are found in those regions of the plant body that show growth. The examples include root tip‚ shoot tip‚ and base of the leaves. It is classified into three types: i. Apical meristem: They are present in
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Plant Adaptations and Responses to Salinity Stress Despite the high salt stress applied‚ higher plants are able to adapt to these conditions. Salt exclusion and inclusion by higher plants serve as a response to high salinity. With the capability to exclude the salts‚ negative effects on the entire plant and certain organs are prevented or reduced. Due to the selectively permeable membranes of the plant‚ K+ are absorbed rather than Na+ leading to low Na+ levels and Cl- content in the plant
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