1. Middle School Communications
THE HUMAN BRAIN

2. Lobes of the Cerebrum
The frontal lobe is located at the front of the brain and is associated with reasoning, motor skills, higher level cognition, and expressive language Damage to the frontal lobe can lead to changes insocialization and attention as well as increased risk-taking.
The parietal lobe is located in the middle section of the brain and is associated with processing tactile sensory information such as pressure, touch, and pain. Damage to the parietal lobe can result in problems with verbal memory, an impaired ability to control eye gaze and problems with language
The occipital lobe is located at the back portion of the brain and is associated with interpreting visual stimuli and information. Damage to this lobe can cause visual problems such as difficulty recognizing objects, an inability to identify colors, and trouble recognizing words.

3. Lobes continued: Other parts:
The temporal lobe is located on the bottom section of the brain. This lobe is also the location of the primary auditory cortex, which is important for interpreting sounds and the language we hear. The hippocampus is also located in the temporal lobe, which is why this portion of the brain is also heavily associated with the formation of memories. Damage to the temporal lobe can lead to problems with memory speech perception and language skills.
Other parts:
The cerebellum is located at the bottom base of the brain. This structure is associated with regulation and coordination of movement, posture, and balance. Damages to your cerebellum might lead to the disturbances in your muscle coordinate and balance.
Medulla Oblongata is located at the lowest section of the brain. This structure controls a number of autonomic functions, including heartbeat and breathing, making it a very critical part of the brain. Damage to the medulla oblongata can be fatal, as the patient will be unable to breathe, swallow, or perform other basic motor functions without assistance.

4. BIG BRAIN IDEAS
Learning requires work.
Work is described as the chemicals and electrical energy necessary to make changes in the brain.
To learn we must cause neurons to fire
“Firing “ refers to the electrical energy that must move across a neural network for learning to occur.
Brain plasticity is a term which is used to refer the brain's unique ability to constantly change, grow, and remap itself over the course of a lifetime
Working memory is characterized by a small capacity. It is thought to hold up to four elements of new information at one time.
Thalamus functions are sensory processing and movement. The thalamus functions as a relay station between the brain and the spinal cord. If you experience sensations such as pain, pressure, or temperature, you have your thalamus to thank! Senses such as taste, sight, sound, and touch also must pass through the thalamus as they make their first stops in the brain.

5. Brain Waves Beta 12-150 cycle/sec. Divides focus to agitated state
The Beta state is associated with peak concentration, heightened alertness, hand eye coordination and visual acuity.
The ability to do two things at once.
(example: fold laundry and talk on the phone/read aloud)
Alpha 8-12 cycle/sec.
Relaxed state
Optimal for learning
Best ways to prepare yourself for the “alpha state.”
Soothing music
Sit comfortably or lie down
Closing eyes
Perform a number of deep breaths
Theta
4-8 cycles/sec.
Just before bed
Processing state
Processes information from the day and stores what it thinks is important to certain memory banks.
Encodes long term learning
Teachers 5 minutes
Delta
0-4 cycle/sec.
Deep sleep
Cells are replenished and nourished
Cells repair

6. What Is a Neuron?
A neuron is a nerve cell that is the basic building block of the nervous system. Neurons are similar to other cells in the human body in a number of ways, but there is one key difference between neurons and other cells. Neurons are specialized to transmit information throughout the body.

7. Neurons Neurons are specialized cells which send messages with the use of chemical impulses sent across a space called the synapse. There are a number of different types of neurons, but all share the traits of having dendrites and axons, and the signals they send pass one way only, entering at the dendrites through receptors which respond to specific neurotransmitters and exiting at the axon. These cells also reset very rapidly after a signal has been passed along, so that they are ready for the next chemical impulse when it arrives.

8. Dendrites
The term “dendrite” comes from the Greek word for “tree,” reflecting the distinctively tree-like structure of the dendrites.
Dendrites are an important part of nerve cells. The dendrites are responsible for picking up information from neighboring neurons and transmitting this information to the cell body, also known as the soma.

9. The soma, the cell body, passes information along the axon, another structure in the nerve cell.
The axon in turn transmits signals to the dendrites of neighboring neurons. Myelin sheath protects the nerves and helps ensure signal transmission.
This entire process occurs in a fraction of a second, allowing neurons to respond extremely rapidly to a wide variety of signals.

10. The axon terminal contains synapses where neurotransmitters are releases for communication with other neurons. Synapse is the tiny space between the axon terminal of one neuron and the dendrites of another neuron.