Imagine that 2 individuals have experienced head injuries. As a result, they are experiencing amnesia. However, 1 person is suffering anterograde amnesia, and the other person is experiencing retrograde amnesia. compare and contrast these 2 types of amnesia in terms of the following:
Symptoms
Underlying brain damage
Prognosis
Include a discussion of the various types of memory and how some types are spared in certain forms of amnesia.
Amnesia is a type of memory loss that affects your ability to make, store, and retrieve memories. There are two types of amnesia: retrograde and anterograde amnesia. Anterograde amnesia (AA) refers to an impaired capacity for new learning. Retrograde amnesia (RA) refers to the loss of information that was acquired before the onset of amnesia. People with anterograde amnesia have trouble making new memories after the onset of amnesia. Depending on how severe the condition is, they could have limited ability to form new memories or no ability to form memories at all. People with retrograde amnesia have trouble accessing memories from before the onset of amnesia.
the dopamine-creating neurons from substantia nigra which in ordinary circumstances supply dopamine to the corpus striatum, a district in the cerebrum that controls oblivious muscle development. It is viewed as that for each 10 years of life we lose somewhere in the range of 9 and 13% of dopamine delivering neurons.
2. Portray the side effects of Parkinon’s infection.
– Quake of the hands, arms, legs and face; happens in 70% of the patients
– Bradykinesia (gradualness of development)
– Unbending nature or firmness of the appendages and trunk (obstruction of the aloof development of the appendages)
– Postural flimsiness (weakened equilibrium and coordination)
– Emotional smoothing (the patients have almost no look and squinting of the eyes)
3. Know the significant gatherings of medications utilized in the treatment of Parkinson’s sickness. Have the option to give an illustration of each. Relate the utilization of the medication to the pathophysiology of Parkinson’s illness.
– Drug treatment is centered around reestablishing practical harmony among dopamine and acetylcholine inside the corpus striatum.
– These medications are ordered into dopaminergic and cholinergic blockers
– Dopaminergic drugs are utilized to increment dopamine levels. Medication of decision is levodopa joined with carbidopa and advertised under the name Sinemet or Parcopa.
– Different methodologies are utilized to hinder chemicals that typically annihilate levodopa and dopamine (Tolcapone, entacapone, rasagiline and selegiline). Drugs called dopamine agpnists, like Apomorphine, bromocriptine (Parlodel), pramipexole (Mirapex) and ropinirole (Requip) straightforwardly enact the dopamine receptors.
– Cholinergic blockers or Anticholinergic medications repress the impact of this synapse in corpus striatum by hindering the receptors. Benztropine (Cogentin), diphenhydramine (Bemnadryl) or biperiden (Akineton) are illustration of anticholinergic medications utilized for Parkinsonism.
4. The blend of levadopa and carbidopa is a medication called Sinemet. Depict the elements of these two medications in Sinemet. What is the upside of having carbidopa given with levadopa instead of giving levadopa alone?
– Levodopa, a forerunner of dopamine crosses the blood-cerebrum hindrance rather than dopamine. In the mind this substance is changed into dopamine. Then, at that point, it is in this way delivered by the synapses considering further developed capability of the development control focuses of the mind.
– Since levodopa can be separated by the blood chemicals called amino-corrosive decarboxylases before it can arrive at the mind, it is constantly joined with a catalyst inhibitor called carbidopa. Together, this blend is realized under the trademark Sinemet.
– Carbidopa alone can build the centralization of dopamine and levodopa in the mind.
5. Patients who are taking levadopa alone should be told to keep away from a certa