https://padlet.com/julia_szustkiewicz1/d08en1q6sfa1 Made with a taste for adventure en-us 2019-02-04 11:53:39 UTC 2019-02-04 12:16:31 UTC hello@padlet.com julia_szustkiewicz1 https://padlet.com/julia_szustkiewicz1/d08en1q6sfa1/wish/327245144 is a set of specialized cells, remaining in complex functional and structural relationships, responsible for controlling the body's activity. The nervous system is able to detect specific changes in the environment and, therefore, triger an appropriate response of the body.]]> 2019-02-04 11:58:09 UTC https://padlet.com/julia_szustkiewicz1/d08en1q6sfa1/wish/327245144 julia_szustkiewicz1 https://padlet.com/julia_szustkiewicz1/d08en1q6sfa1/wish/327246080 from nerve cells and glial cells. From the histological point of view, the collection of nerve cells is sometimes referred to as nerve tissue, and the collection of glial cells is called glial tissue. However, neural and glial cells are not separated from each other, but together they form a compact mass, hence many authors believe that the separation of the nervous system into two tissues is incorrect, unreal and therefore accept the existence in the nervous system of only one nerve tissue that they form both neural and glial cells ]]> 2019-02-04 12:00:58 UTC https://padlet.com/julia_szustkiewicz1/d08en1q6sfa1/wish/327246080 julia_szustkiewicz1 https://padlet.com/julia_szustkiewicz1/d08en1q6sfa1/wish/327247683  a neuron.It is this cell that is characterized by the ability to generate, transmit, receive and process specific electrochemical signals, which are attributed significant importance in processing information about the environment and making decisions about reactions. Nerve cells occur in a variety of shapes in the natural world and many types are distinguished. Neuron, like any other typical eukaryotic cell, contains a cell nucleus and other organelles.]]> 2019-02-04 12:06:11 UTC https://padlet.com/julia_szustkiewicz1/d08en1q6sfa1/wish/327247683 julia_szustkiewicz1 https://padlet.com/julia_szustkiewicz1/d08en1q6sfa1/wish/327248280 2019-02-04 12:08:14 UTC https://padlet.com/julia_szustkiewicz1/d08en1q6sfa1/wish/327248280 julia_szustkiewicz1 https://padlet.com/julia_szustkiewicz1/d08en1q6sfa1/wish/327248918 by transmitting signals from one nerve cell to others, or to muscle cells or glands. Neurons form mutually connected structurally and functionally networks, or circuits through which signals are transmitted. In a simplified way, such networks can be presented graphically, where the cell body and neuron dendrites will be represented by a filled circle or dot, while the axon - by a straight or curved line going away from it, depending on the needs of visualization]]> 2019-02-04 12:10:47 UTC https://padlet.com/julia_szustkiewicz1/d08en1q6sfa1/wish/327248918 julia_szustkiewicz1 https://padlet.com/julia_szustkiewicz1/d08en1q6sfa1/wish/327249309 2019-02-04 12:12:10 UTC https://padlet.com/julia_szustkiewicz1/d08en1q6sfa1/wish/327249309