1 simplified memory method
That is, by analyzing the teaching material, finding out the key points, simplifying knowledge into regular words to help memory. For example, the molecular structure of DNA can be simplified as "54321", that is, five basic elements, four basic units, three basic substances in each basic unit, and a number of basic units to form two deoxynucleic acid chains and become a regular double helix structure.
2 associative memory method
That is, according to the content of textbooks, we can use Lenovo to help memory.
3 contrast memory method
In biology learning, there are many similar nouns which are confusing and difficult to memorize. For such content, we can use contrastive memory. The comparative method is going to list the related nouns, and then we compare them from the aspects of scope, connotation, denotation and even words. This contrast is bright and easy to remember. For example, assimilation and dissimilation, aerobic respiration and anaerobic respiration, hormonal regulation and neural regulation, material circulation and energy flow.
4 outline memory method
There are many important and complex contents in biology that are not easy to remember, and can be extracted from the core content or key words of these knowledge as the outline of knowledge. The grasp of the outline is beneficial to the memory of knowledge. For example, the material metabolism of higher animals is very complex, but it also has some rules to follow. No matter which kind of organic matter is metabolize, the five processes are "digestion", "absorption", "transportation", "use" and "excretion". These ten words can be the outline of memory knowledge.
Diffraction memory method takes a key point of knowledge as the core, and builds up connections with other knowledge related to it through the process of thinking divergence. This method is mostly used for summing up or reviewing chapters knowledge, and also for linking related knowledge dispersed in chapters. For example, with cells as the core, we can diffract the concept of cells, the discovery of cells, the theory of cells, the species of cells, the composition of cells, the structure of cells, the function of cells, the division of cells and so on.
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