View the movie, “Memento”, with a critical point of view
● In the film, Leonard is said to have been diagnosed with anterograde amnesia which is sometimes also called “short term memory loss.” Leonard says that he “has no short-term memory.” Use what you know about short term memory (from the book and/or the lecture) to discuss how accurate that statement is.
● What specific parts of the brain are not functioning properly for Leonard?
● What type of diagnostic tests could be used to diagnosis Leonard?
● Which neurotransmitters are responsible for memory?
● Explain whether you think that someone with Leonard’s degree of anterograde amnesia could survive on his own in a strange city (Leonard is not living in his house and is in a strange city in the movie).
● Discuss at least two specific examples from the movie that are accurate representations of something that could happen to someone with anterograde amnesia.
● Discuss at least two specific examples from the movie that are NOT accurate representations of something that could happen to someone with anterograde amnesia – OR – provide at least two examples from your internet research (if you conducted internet research) that were inaccurate discussions of the accuracy of Memento.
View the documentary, “Secrets of the Mind”, with a critical point of view.
write a 2-3 page paper discussing what you learned in the documentary.
Changes to Bone Density Throughout the Lifespan Distributed: 23rd November, 2017 Last Edited: 23rd November, 2017 Disclaimer: This paper has been presented by an understudy. This isn't a case of the work composed by our expert paper scholars. You can see tests of our expert work here. Any sentiments, discoveries, conclusions or suggestions communicated in this material are those of the writers and don't really mirror the perspectives of UK Essays. Bone age is characterizes as development of kids' bone. It is the normal age at which the tyke bones develops, after the birth in the long bones just metaphyses is there (eg: sweep and ulna, Humerus, tibia, femur, fibula, phalanges). In long bones at first there is extension of epiphysis. As the age advance the calcification of epiphyses happens and it is obvious on the x-beam. Amid pubescence the bone advancement advance because of different hormones. The grown-up tallness is accomplished after the adolescence and the state of grown-up bones shows up amid this period. The cartilaginous piece of epiphyses end up more slender and these regions wind up destroyed, amid this time epiphyses are shut and no further development of bones happens. X-beam of wrist is taken in light of the fact that it portrays different bones and it can be contrasted and standard chart book of bones by utilizing Greulich and Pyle technique. The bones which happens basic changes as the age advance from baby age is seen most extreme in pelvis and shoulder, the slightest changes are found in wrist of newborn children. Amid earliest stages if the appraisal of bone is required the wrist or hand x-beam should be possible. The stature probability can be computed with the assistance of tallness of the youngster and bone age. Different charts and measurements are set up to delineate the % if stature development staying according to the bone age. Different tables for young ladies and young men are accessible (bayley pinneau tables, Greulich pyle map book). Constitution development delay: Normal improvement variety with deferred bone development. It is because of development hormone insufficiency, hypothyroidism. Estimation of bone age is utilized for dependability in conclusion of endocrine ailments and genetic infection Bone age assessment is normally done by radiological examination of the skeletal improvement of the left-hand, and after that it is contrasted and the ordered age. Any variation from the norm in the middle of these two qualities demonstrates irregularities. This examination is utilized due 1) effortlessness, 2) a base radiation introduction; 3) solidification focuses are effectively accessible. There is no standard clinical technique in bone age evaluation, regardless of whether the most utilized strategies are: 1) the Greulich and Pyle (G&P) strategy and 2) the Tanner and Whitehouse (TW2 or TW3) techniques. The two strategies depend on X-Ray pictures taken from the left hand, however the two techniques have contrasts. The Greulich and Pyle technique is the frequently utilized approach (by 76% of radiologists), since it is speedier and simpler to use as for the TW2 or TW3 strategies, since it includes just the correlation of the entire hand with a reference map book. TW3 technique is a normally acknowledged method in which the rules to investigate each bone are de-scribed utilizing words (characteristic dialect depictions), in some cases enigmatically. Furthermore, one specific bone may indicate highlights having a place with various stages or a specific bone shape could be classifiable into two conceivable predefined names of a similar component. Bone age appraisal programmed process. Picture source: S. Aja-Ferna_ndez et al. /Journal of Biomedical Informatics 37 (2004) 99– 107 TW3 strategy for bone age appraisal comprises of an arrangement of guidelines, communicated in regular dialect, to portray the prototypical qualities of the bones of a hand radiograph as they advance in time. Regular arrangement is to utilize the strategy itself, i.e., to manufacture one classifier for each bone, with 9 yields (the conceivable order stages for each bone—A,B,. . .,I—), aside from the ulna, which just has 8 phases. In TW3 technique there are two conceivable scientific plans, 1) RUS, utilizes 13 bones (the phalanges, span, and ulna). The other one uses 20 bones (the 13 bones already characterized and the 7 bones of the carpal district). Development arrange for each bone in TW3 is computed from etymological articulations. Stage D. The most extreme distance across is half or progressively the width of the metaphysis. The epiphysis has expanded mostly at its sidelong side, with the goal that this segment is thicker and more adjusted the average part additionally decreasing. The middle third of the proximal surface is level and somewhat thickened and the hole amongst it and the outspread metaphysis has limited to about a millimeter. Stage G. The dorsal surface presently has particular scaphoid and lunate articular edges. The average fringe of the epiphysis has created buddy deface and dorsal surfaces for verbalization with the ulnar epiphysis; either the palmar or the dorsal surface might be the one that ventures medially, contingent upon the situation of the wrist. By and large, six highlights can be characterized that catch all the content data, so they are adequate to characterize every conceivable state. Epiphysis is missing or show. On the off chance that it is truant, the yield arrange is A. In the event that it is available however is little and barely obvious, the yield arrange is B. In the event that it is available and well-obvious, the yield stages are from C to I. Partition. Relative position of epiphysis and me-taphysis: isolated (stages B, C, D, E, F, and G), top ping (arrange H), or combination has started (organize I). State of epiphysis I. Oval (arrange C) or sharp (stages D– I). Breadths. Proportion between distances across of metaphysis and epiphysis. Shape II. A ''sharp'' epiphysis can have a standard framework (stages D and E), can be adjusted to the metaphysis shape (organize F), or can have the verbalizations shape (stages G, H, and I).Surfaces. Portrayal of inward surfaces. They can be missing (stages B, C, and D) or present as a white line (organize E), two white lines (arrange F) or a c-formed surface (stages G, H, and I). The component esteems for each stage are appeared in the table: Stage Presence Separ. Shape I Diam. Shape IISurf. No B Little (Indeed) (oval) > 2 (no) C Indeed Indeed oval > 2 no D Indeed Indeed sharp 6 2 normal no E Indeed Indeed sharp 6 2 normal 1 line F Indeed Indeed sharp 6 2 adjusted 2 lines G Indeed Indeed sharp 6 2 enunciation c-shape H Indeed topping sharp 6 2 enunciation c-shape I Indeed combination sharp 6 2 enunciation c-shape>GET ANSWER