Anticonvulsants for Mania in Bipolar Disorder

Anticonvulsants for Mania in Bipolar Disorder Convulsions are not part of bipolar disorderâ€"so why would anticonvulsants be prescribed to manage mood? Anticonvulsants in the treatment of mania were introduced when their therapeutic value was noted through improved mood stability of those with epilepsy. Initially, they were used for those who were resistant to Lithium treatment. They are now an important alternative both on their own and with other medications. Pros and Cons of Anticonvulsants Different anticonvulsants seem to treat different aspects of bipolar disorder; some, like Depakote and Tegretol, are particularly effective at treating mania. Others, like Lamictal, are more effective at treating depression. Still, others may be less effective at treating immediate symptoms, but do a good job of helping to stabilize mood and thus help to avoid manic or depressive episodes. As with most drugs used to treat bipolar disorder, anticonvulsants do have significant side effects which vary from person to person. For example, most can cause dizziness and drowsiness, headaches, dry mouth, etc. In many cases, though, side effects can lessen over time as your body becomes more accustomed to the medication. There are also more serious side effects that can occur with long-term use of anticonvulsants. For example, pregnant women should avoid anticonvulsants, as they can cause birth defects. Some can cause kidney or liver damage if not carefully monitored. Its also important to know that anticonvulsants can interfere with other medications, so you should let your doctor know about any new medications youve been prescribed or are taking over-the-counter. Despite all the problems associated with anticonvulsants, in some cases, they are more effectiveâ€"and less problematicâ€"than classic treatments. Both anticonvulsants and lithium, for example, take several weeks to reach peak effectivenessâ€"but anticonvulsants usually act more rapidly than lithium. For some people, for whom lithium is less effective or less well tolerated, anticonvulsants can be a good option. Because there are so many different anticonvulsants, each of which works a little differently, it is possible to try more than one to find the best choice for your particular needs. Some Commonly Prescribed Anticonvulsants The following is a list of some of the anticonvulsants most commonly prescribed for bipolar disorder: Valproate (Depakote) In 1995, this drug became the first anticonvulsant approved by the FDA for the treatment of mania. It is often used as a first-line treatment for those who rapid cycle. Carbamazepine (Tegretol) While this medication has not yet received FDA approval as a treatment for mania, its use is quite common. Often individuals find the side effects of this drug too difficult to tolerate. Lamotrigine (Lamictal) Lamotrigine is a second-generation anticonvulsant. Its use is still experimental, but it is a fairly well-tolerated alternative.   Gabapentin (Neurontin) This drug, also a second-generation anticonvulsant, is primarily used in conjunction with other medications to improve their efficacy. Topiramate (Topamax) ?Topiramate in the newest anticonvulsant on the scene. It is also an  adjunctive therapy. It seems to create some difficulties with cognitive functioning but has the benefit of often encouraging weight loss.

The Industrial Revolution Highs And Lows - 1975 Words

Esther Lee Mrs. Lordi Honors English 9 18 April 2016 The Industrial Revolution: Highs and Lows A paradox is a statement that seems self-contradictory, but it can sometimes express the truth in life. Charles Dickens once referred to the French Revolution in his novel A Tale of Two Cities as â€Å"It was the best of times, it was the worst of times. . .† (Dickens 1). The statement is easily applied to many other time periods in history like the American Industrial Revolution. From the early 1800s to the early 1900s, this revolution had many pros and cons that affected the American society. The United States was predominantly an agricultural nation in the 1800s. The early stages of the American Industrial Revolution started in the†¦show more content†¦It is evident that the American Industrial Revolution was composed of good times and bad times. The use of assembly lines for faster production played a major part in the Industrial Revolution since the strategy generated large profits for the factory owners. Assembly lines were used in the Ford Company which was the practice of moving the work from one worker to another until the product was finished (Nardo, United States 63). The strategy was shown to be very efficient and fast. For example, in 1909, Ford was making almost 11,000 Model Ts compared to the 65 cars the company had been building each year before assembly lines were used. In 1910, almost 19,000 Model Ts were built (Evans 18). A year after Ford’s introducing the assembly line, the amount of time to assemble a car reduced from 12 hours and 28 minutes to two hours and 38 minutes. After another year, the production time dropped to an hour and 33 minutes (DiBacco 125). By 1914, a car was coming down the assembly line every 40 seconds (Evans 19). Ford not only made millions of cars by 1920, but he also had specta cular sales. In 1916, Ford made and sold 739,000 Model Ts, which was half of all new cars made in the US (Nardo, United States 63). Assembly lines would later be used in other companies who hoped to bring a similar success rate in mass production and in sales as Ford did. Additionally, inventors in the Industrial Revolution created new technology that reduced the extensive

The Pros And Cons Of LNG - 959 Words

Like other fossil fuels, liquefied natural gas (LNG) is a point of controversy in Canada. For the West Coast in particular, the processing and exporting of LNG is a complicated issue that has amassed both significant support and opposition. Steelhead LNG’s proposed natural gas liquefaction plant for the Bamberton site is one such project that has been affected by a downturn in the LNG market, increased opposition by environmentalists, and legal setbacks. Even with an export permit approved by the National Energy Board and a contract with the Malahat Nation, the possibility of the project moving into the development stage is diminishing. Due to the economic, environmental, and legal issues, the proposed Malahat LNG project is unlikely to†¦show more content†¦Due to the fact that power of the municipal governments is delegated from the province, they do not have the authority over LNG projects . First Nations also have the legal right to be consulted over any Crown proj ect that may adversely affect their treaty and non-treaty rights . The Malahat LNG project will have to go through the approval processes of both the federal and provincial governments and meet all of the consultation obligations to the First Nations before it can move forward. Liquefied natural gas has garnered both substantial support and extensive opposition. The BC Liberal party has promoted LNG. In 2013, then BC Premier Christy Clark announced the establishment of the BC Prosperity Fund, which would create new jobs and decrease the provincial debt through the development of LNG projects. The BC Green Party leader Andrew Weaver has been vocal against LNG, worrying that the development of projects like this will significantly set BC back in terms of decreasing its carbon emissions. The recently elected BC NDP government has stated that that it will â€Å"increase the environmental obligations for LNG companies that want to do business in the province,† meaning that the NDP’s will conditionally be supporting LNG projects. There are currently disparities between the First Nations communities along the Saanich Peninsula in regards to the Malahat LNG project. The Malahat Nation supports the project, and isShow MoreRelatedComparative Analysis Of Gtl And Lng As Gas Utilization1565 Words   |  7 PagesCOMPARATIVE ANALYSIS OF GTL AND LNG AS GAS UTILIZATION OPTION which was done as part of my graduation B.Eng. in Petroleum Engineering, at Federal University of Technology, Owerri, in the duration of 2007- 2011. Chronology: XXXX-XXXX Name of the Organization: Federal University of Technology Geographical Location: Owerri, Nigeria. 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Effect Of Annealing Time And Temperature Environmental Sciences Essay Free Essays

string(105) " which were found to go forth the surface rich in Cd tended to bring forth barrier highs greater than 0\." introduced to depict the experimental semi log I-V curve informations from the thermionic emanation theory utilizing ideality equation the ideality factor N of the rectifying tube was calculated from the incline of the additive part of the semi log I-V curve. Using equation 3.22, the nothing biased barrier tallness was determined from the impregnation current that was obtained from the intercept of the excess plotted additive part with current axis at V=0. We will write a custom essay sample on Effect Of Annealing Time And Temperature Environmental Sciences Essay or any similar topic only for you Order Now In Fig. 4.1 the logarithmic dependance of I with forward biased electromotive force is seen to widen over more than five order of magnitude leting ‘n ‘ to be easy deduced from the gradient. Any interfacial oxides layer ensuing from exposure of the semiconducting material surface to the ambiance between growing and metallization would hold the consequence of doing ideality factor a electromotive force dependent parametric quantity instead than a changeless ( Rhoderick and Williams, 1988 ) . The one-dimensionality observed in Fig. 4.1 clearly show that any bing interfacial bed must be undistinguished thickness and value for ‘n ‘ which was deduced from Fig. 4.1 being close to 1 indicated the cross barrier conveyance procedure in preponderantly via thermionic emanation. Harmonizing to Pattabi et Al. ( 2007 ) an ideality factor greater than integrity is by and large attributed to the presence of a bias dependent Schottky barrier tallness. Image forces, burrowing, g eneration-recombination, interface drosss and interfacial oxide bed are possible factors which could take to a higher ideality factor. The ideality factor represents a direct step of interface uniformity. The values for both Ns and are listed in Table 4.1 for junctions at assorted times after formation ( while at room temperature ) and in Table 4.2 for a sample which was subjected to a series of tempering interventions in vacuity at 150C0. In order to analyze the stableness of Au-CdTe contacts, the electrical features of a figure of samples were investigated as map of clip after fiction. Table 4.1 gives the information for one of these samples which was studied over a period of four hebdomads. Immediately after fiction it can be seen in Table 4.1 that the barrier height measured 0.88ev. After one hebdomad there was important decrease in the barrier height to 0.80ev as determined from I-V measurings and after two hebdomads at that place was a farther decrease in the barrier height to 0.68eV. At this phase in order to look into the stableness of the measuring system, these measurings were repeated on the following twenty-four hours and, as the Table 4.1 shows indistinguishable features were observed. This confirmed the dependability of the measuring. Subsequent measuring after three hebdomads and four hebdomads indicated a much more stable behaviour of the contact with the barrier height being mentioned in the part 0.67 – 0.68eV.As it was expected that these procedures could be speeded up by increasing the temperature, a figure of sample were studied after tempering or different lengths of clip at 150C A ; deg ; . Typical sets of I-V consequence are presented in Table 4.2. For this sample ( 228F ) the initial barrier tallness was calculated to be 0.95eV although this is non a dependable value in the position of the initial value of the ideality factor being instead high ( at 1.02 ) . How of all time after the sample was annealed at 150C A ; deg ; for merely ten proceedingss, there was a important betterment in the ideality factor ( to 1.1 ) and a significant decrease in the measured barrier tallness to 0.75eV. It appears from this that the consequence of a brief annealing intervention was similar to go forthing the sample for a hebdomad or two at room temperature. After the sample was annealed for a 2nd clip ( for 15 proceedingss ) there was further but smaller decrease in barrier tallness to 0.68eV and after a 3rd annealing period ( this clip for 20 proceedingss ) there was an even smaller decrease to 0.65eV. This tendency in behaviour due to tempering, with an initial rapid autumn in the barrier height being followed by lower alterations and greater stableness is clearly similar to that observed for sample 228A which remained at room temperature for four hebdomads. It was noted above that this behaviour must be due to chemical reaction or diffusion procedures in the part of the M/S interface. In order to supply farther information on the nature of the procedures involved, a 2nd Au contact was formed to try 228F after it had been annealed ( with its first contact in topographic point ) for a sum of 45 proceedingss are antecedently described. The features of this 2nd contact are included in Table 4.2. It is clear that the initial barrier height 0.66eV for this new contact is closer to the concluding ( station tempering ) value for the original contact instead so to the much higher initial ( brittle ) value. This suggests that the procedures which influence the barrier tallness may be due to some out-diffusion from the inside of the semiconducting material to its surface. Clearly they are non dependent on the presence of the gold bed although some interaction between the Au contact and the implicit in semiconducting material is expected to happen ( Dharmadasa et al. , 1989 ; Van Meirhaeghe et al. , 1991 ) .The consequence of farther tempering for up to 70 proceedingss is rec orded in Table 4.2. Merely little alterations in ideality factor and barrier tallness were observed, bespeaking rather stable behaviour for the new junction similar to that of the original junction after tempering. Although Au is a p-type dopant in CdTe, the informations in table 4.1 and 4.2 indicates that the alterations in interface features are non dependent on the presence of Au during the procedure of tempering. An alternate account is that there is an outward diffusion of Cd ( likewise taking to the coevals of acceptor provinces near-surface part ) .This reading of the consequences is entirely understanding with the decision reached by Dharmadasa et Al. ( 1994 ) on the consequence of chemical etch interventions. Those etchants which were found to go forth the surface rich in Cd tended to bring forth barrier highs greater than 0. You read "Effect Of Annealing Time And Temperature Environmental Sciences Essay" in category "Essay examples"9 electron volts while those go forthing the surface deficient in Cd produced barrier highs which were ~ 0.2eV lower, as found in the instance of the annealed samples studied in this undertaking. Therefore, it is clear that interface reaction lead to a sign ificant alteration in the defect construction in the locality of the junction but farther work will be necessary to find the exact construction of the defects provinces which might be responsible for Fermi degree traping before and after the reaction and the associated decrease in barrier tallness. 5.2 Effect of ion plating technique In order to compare the consequence for Au contacts formed by ion-assisted manner with contacts produced by the usual vaporization process, a figure of samples were given two contacts ( one of each type ) . Fig. 4.2 gives the features for the normal Au contact and Fig. 4.3 gives the features for the ion-plated contact with 15 unsweet ion-etching clip. As expected, the I-V features in Fig. 4.2 are with ideality factor ‘n ‘ 1.2 and barrier tallness ( ) 0.90eV. As expected, the features in Fig. 4.2 are really similar to those shown in Fig. 4.1. However, for the ion-plated contact with 15 unsweet ion-etching clip there is a drastic alteration in both ideality factor ‘n ‘ and the barrier tallness ( ) was found to be 2.2 and 0.69 electron volts severally from I-V features shown in Fig. 4.3. This consequence suggests that a significant denseness of defects has been created below the Au contacts as a consequence of ion barrage of the surface during the plating procedu re. The presence of defects in the depletion part, moving as recombination centres, leads to an extra forward prejudice current constituent with an ideality factor of about 2 ( Shochley and Read, 1952 ) . However, the alteration in the behavior for the ion plated contact with 20 unsweet ion-etching clip is even more drastic than observed in Fig. 4.3. There is a greater addition in both frontward and change by reversal bias current with a really low barrier tallness of the order of 0.45 electron volt and N was determined to be 4.1 observed from features shown in Fig. 4.3. Fig. 4.4 shows the battier highs as a map of ideality factors for these ion plated Schottky rectifying tubes. As can be seen from Fig. 4.4, there is a additive relationship between the barrier tallness and ideality factor, with the barrier height going smaller as the ideality factor additions. Change in ideality factor indicates that current conveyance mechanisms other than thermionic emanation are present. As this value of N is significantly greater than 2, as would be expected for a bearer recombination mechanism, as discussed earlier, it seems likely that bearer tunneling may besides be playing a function ( Popovic, 1978 ) . These consequences indicate that the possible consequence of plasma-induced surface defects is that they contribute to the conduction of the contact by moving as fast recombination centres ( Ponon, 1985 ) and in add-on to burrowing procedure suggest that this might be a utile manner of farming low opposition ( ohmic ) junction utilizing a lower work map metal. 5.3 Effect of Doping The ideal I-V features of a Schottky rectifying tube exhibits exponential prejudice dependance as in equation 3.21 can be reduced to For V A ; gt ; 3kT/q The magnitude of this impregnation current is governed by the effectual barrier height i.e. the difference between the conductivity set lower limit ( CBM ) at the surface of Au/n-CdTe and the Fermi degree of the metal ( Au ) . The value of the barrier tallness can be calculated from the measured impregnation current utilizing equation 3.22 Deviation from this ideal behavior can be seen on the exponentially determined I-V features for normal, low and to a great extent doped InSb substrate in Figures 4.6, 4.7 and 4.8 severally where important inclines are observed for the current under contrary prejudice. Those divergences are attributed to image force take downing ( IFL ) , recombination phenomena due to the presence of deep traps and the being of high electric field ( Martin, 1981 ) . The ideality factors ‘n ‘ and effectual barrier tallness were calculated from I-V features utilizing equation 3.23 and 3.24. The term effectual reflects the fact that the barrier tallness deduced from I-V measurings is lower than the value that should be obtained under inactive status i.e. without bearer injection, and includes the consequence of the image force take downing. Fig 4.11 shows a comparative position of I-V features for these three doped samples. After rating of I-V features, the values of the effectual barrier tallness and ideality factors for three wafers are shown in Table 4.4. A graph between barrier highs and ideality factors of three doped Au/n-CdTe Schottky rectifying tube is shown in Fig 4.9. A additive relationship between ideality factor and barrier tallness can be seen in Fig. 4.9 which is comparable to Fig.4.4. It has been demonstrated theoretically and by experimentation that the additive relationship between and ‘n ‘ can be attribute d to the sidelong inhomogeneties of the barrier tallness in Schottky rectifying tubes ( Koutsouras et al. , 2005 ) . The presence of traps besides modifies the incline of the forward current and at the same clip the value of the ideality factor, which is higher than integrity for both samples ( low and high doped sample ) . With increasing dopant concentration, the breadth of the depletion part W i.e. given by relation 3.11 i.e. at a given prejudice decreases taking to higher electric Fieldss at the interface. Low barrier or effectual barrier height instead than observed for the to a great extent doped sample ( 549E ) substrate. That is the ground for the higher swill under contrary prejudice for doped samples ( 549F, 549F ) . However, the enhanced recombination rate due to the presence of deep trap degrees besides contributes coevals and recombination consequence and can non be excluded. With heavier doping, increasing figure of new donor-type energy degrees are created underneath the conductivity set border. Under these fortunes, the givers are so near together that the giver degrees are no longer discrete and non-interacting energy degrees. These are instead debauched unifying together to make an dross bond, and doing band-gap narrowing ( BNG ) of the conductivity set. Obviously, the BNG is the highest near M/S interface, and the lowest in the majority. The effectual M/S barrier tallness is therefore reduced, as shown schematically in Fig 5.1. The crisp tip of the conductivity set border in contact with the metal is peculiarly lowered, and the new barrier tallness becomes, where is the Figure 5.1: Conventional diagram demoing the decrease of M/S barrier tallness due to band-gap narrowing. barrier tallness without BNG, and is the barrier tallness with BGN. However, a much more opposition arises from the CdTe/InSb junction. It has been shown that there is a possible barrier at this interface, associated with a conductivity set discontinuity of ~0.31 eV ( Van Welzenis and Ridley, 1984 ) . From a elaborate analysis of I-V features for gold-contacted devices with similar dimensions to those in present survey, effectual opposition value of ~100? have been deduced for the CdTe/InSb junction part ( Sands and Scott, 1995 ) . Harmonizing to the thermionic emanation theory, the contact electric resistance at the M/S contact depends merely on the effectual M/S barrier tallness, as given by ( Sze, 1982 ) ( 5.1 ) Where S is the contact country ; q, K and T are electronic charge, Boltzman invariable and temperature severally and is the Richardson invariable ( with a value of ~ 1.2 -105 Am-2T-2 for CdTe ) . is the opposition associated with the forepart metal/CdTe junction. Assuming RC A ; lt ; 10? so ?C A ; lt ; 0.1?cm2 and the corresponding upper bound for effectual barrier tallness is 0.38 electron volt. This is consistency with surveies of Al contacts on cleen vacuity cleaved surfaces of CdTe which yielded barrier highs of ~ 0.1 electron volt ( Patterson et al. , 1986 ) . About all the old probe emphasized tunneling as the primary mechanism for low contact electric resistance in n-CdTe. The present survey dose non govern out the importance of burrowing in making low contact electric resistance. However, it demonstrates that, depending on how much is lower than, thermionic emanation, instead than burrowing, may so be the primary cause for low contact electric resistance even in the tunnel contacts. If the surface intervention is really good, and the metal parametric quantity ( e.g. , metal thickness, metal deposition temperature, metal work map, metal combination, etc. ) are optimal, so may be significantly lower than. This, together with BGN and IFL can so play a important function for giving thermionic emanation based low contact electric resistance. 5.4 Decisions The undermentioned decisions can be reached from the surveies on the effects of tempering clip and temperature, ion plated technique and doping in scope of 2.5-1016-1-1019 cm?3 on I-V features of the Au/n-CdTe Schottky rectifying tubes. From Comparative survey of ion plated and doped samples of Au/n-CdTe Schottky rectifying tube, a additive relationship between the effectual barrier highs and ideality factors was found which shows that barrier tallness lessenings as ideality factor additions. As a consequence conduction additions. From which it can be concluded that: When n = 1 so all conveyance of negatron is from the top of the barrier and thermionic emanation current mechanism should be dominant. When 1 A ; lt ; n A ; lt ; 2, so burrowing current mechanism is dominant. When n = 2, so all conveyance is due to coevals and recombination current. When N A ; gt ; 4 so there is non simple burrowing but step degree burrowing occurred. Gold contact formed to n-CdTe by vacuity vaporization output Schottky barriers with initial barrier tallness In surplus of 0.88eV. This reduced to 0.66-0.68 electron volt in a period of clip which is dependent on temperature. This decrease is found to be accompanied by a partial compensation of the sickly givers in the semiconducting material part near to the contact, a procedure which can be attributed to a discriminatory out diffusion of Cadmium from this part to the contact surface. It has been shown that the usage of simple vapour deposition on Au on n-type CdTe epilayers gave rectifying behavior with barrier tallness 0.9eV. A drastic alteration in barrier tallness was observed by the usage of ion-assisted plasma procedure, an ion etching clip of 20 sec to Au contact. This decrease in barrier tallness is attributed to the plasma- induced surface defects that contribute to the high conduction of the contact by moving as recombination centres along with multi measure degree burrowing centres. Consequence of doping in Au/n-CdTe Schottky rectifying tube shows that if n-CdTe is to a great extent doped with important conductivity set flexing near M/S interface, burrowing is possible through metal/CdTe contact. The semiconducting material part at the interface therefore becomes really thin leting an unhampered flow of negatrons via burrowing. But existent challenge to accomplishing low resistively contact by utilizing reasonably doped semiconducting materials. Many devices do so necessitate low electric resistance contacts without the load of heavy doping ( Noor Mohammad, 2004 ) Consequence of doping on I-V features of Au/n-CdTe shows that barrier breadth ( tungsten ) decreases with the increasing doping denseness in conformity with ( Eq.3.11 ) . The chief decision to be drawn from the comparative survey of I-V features of Au/n-CdTe Schottky rectifying tube, formed by the ion-plating procedure and doping consequence, leads to a much reduced contact opposition suggest that this might be a utile manner of farming stable and low opposition ( ohmic ) junction utilizing a lower work map metal ( e.g. , Al etc. ) suitable for thin movie MBE grown devices. How to cite Effect Of Annealing Time And Temperature Environmental Sciences Essay, Essay examples

Women in the Holocaust Essay Example

Women in the Holocaust Essay Women in the Holocaust [pic] Introduction Our many Jewish friends and acquaintances are being taken away in droves. The Gestapo is treating them very roughly and transporting them in cattle cars to Westerbork, the big camp in Drenthe to which theyre sending all the Jews. If its that bad in Holland, what must it be like in those faraway and uncivilized places where the Germans are sending them? We assume that most of them are being murdered. The English radio says theyre being gassed. Anne Frank The Holocaust can be defined as the systematic, bureaucratic, state-sponsored persecution and murder of approximately six million Jews by the Nazi regime and its collaborators. Holocaust is a word of Greek origin meaning, sacrifice by fire (Merriam-Webster Dictionary, 2010). The holocaust occurred when many German Nazi’s believed that many individuals (e. g. mentally and physically challenged, homosexuals), religions (e. g. , Judaism, Catholic), and Cultures (e. g. Gypsies, Slovakians) were unworthy of existence. The Nazi’s considered themselves a superior race and were guilty of genocide through horrendous acts of human extermination. In this paper I will discuss this heartbreaking period, and the dangerous and frightful times women faced. I will also discuss the constant humiliation and torture which went along with experiments. In addition, I will speak about jobs given to them in and outside the camps such as prostitution. My focus will be on things such as rape, sexual harassment, murder from gas chambers, treatment of people, and on issues women faced with their children in these camps. Finally, I will like to say that although women and men both shared frightening events, each gender encountered unique emotions and experiences. We will write a custom essay sample on Women in the Holocaust specifically for you for only $16.38 $13.9/page Order now We will write a custom essay sample on Women in the Holocaust specifically for you FOR ONLY $16.38 $13.9/page Hire Writer We will write a custom essay sample on Women in the Holocaust specifically for you FOR ONLY $16.38 $13.9/page Hire Writer Prior to these concentration camps many women were forced to move into ghettos. For example, a ghetto such as Warsaw was guarded with Polish, German, and Jewish Police. It has been recorded that, â€Å"Conditions in the Warsaw Ghetto were so bad that between 1940 and 1942 an estimated 100,000 Jews died of starvation and disease in the Warsaw Ghetto† (Jewish Ghettos, 2004). We know that this is an understatement for not everyone could be recorded. Women within these ghettos were targets of rape and public humiliation by the Gestapo. It was said that, â€Å"members of the Gestapo would come to the ghetto- alone or with friends- for entertainment. The entertainment consisted of taking potshots at a child, raping a woman, cutting a beard off an old man, humiliating people in the street, and so on† ( Chapnik, 1998). Once women began being deported to concentration camps even more disastrous things they faced. First, the Nazi’s would shear women using rusty razor blades. They shaved their whole body and even their pelvic hair. This was done in order to degrade, humiliate, and annihilate a women’s sense of femininity and determination. Also, after entering a concentration camp, being sheared, and experiencing dumbfounding stress, some women ceased menstruating. Women who did menstruate had to deal with blood coming down their legs because they were not provided with the right hygiene articles. Unfortunately, many of these women faced constant shame, critiques, and assaults by the Nazi soldiers. Although, many of these women experienced these down-grading experiences they felt lucky if they got their menstruation for they knew they were still capable of bearing children. Many women in the concentration camps also faced life changing events such as rape. This injured their self-esteem and injured their physical being. In many of these concentration camps, brothels were set up for soldiers and selected prisoners. These brothels were made for organized rape and were places where women had no control over their bodies. Many women who were thought of as pretty and had strong bodies were inspected for appearance and tried out. Thus, these women were subjugated and raped. To go along with this many women who were raped and were found pregnant were forced to have abortions. Many of these abortions were done by forced sterilization. Forced sterilization was an experiment which many doctors tried on women. This Nazi sterilization law was passed on January 1, 1934. The Nazi’s used two types of sterilization techniques. The first technique consisted of secretly adding toxic chemicals in woman’s food. These chemicals cause much pain and anguish to women. It also caused them to have certain health problems such as hemorrhaging, itching, and cavity problems. The second type of sterilization involved x-rays to burn and destroy woman’s ovaries. Both of these types of sterilization destroyed her feelings and made her feel horrible. Many women in these concentration camps also dealt with other types experiments besides sterilization. Another experiment some women were forced to do was the warming of the body heat practice. This experiment was thought of by Heinrich Himmler who recommended it to Dr. Rascher that he try to use women to warm the frozen men. He suggested that the victim and a woman copulate. This experiment occurred with some success; however it was not as successful as the Warm Bath. The Warm bath was when the victim was placed in warm water and the temperature was slowly increased. This method proved to be the best. Many victims died do to shock if they were warmed up to quickly. Another experiment some women faced with was artificial insemination. This experiment happened to About 300 women at Auschwitz. The artificial insemination was done by Dr. Clauberg. He reportedly taunted victims strapped down before him by informing them that he had just inseminated them with animal sperm and that monsters were now growing in their wombs. As if the experiments mentioned weren’t enough some women had to have experiments done on them which consisted of taking parts of their body and so on. One experiment in particular was made to benefit soldiers who suffered from gas gangrene. The studies tested the effectiveness of sulfanilamide and other drugs in curbing such infections some women were infected with gas gangrene or bacterial inflammations, while others were forced to receive bone transplants and bone amputations. Unfortunately, many of these had to deal with having such experiments done on them because if they refused to be experimented on they had to deal with threats of being beaten or had to fear with possibilities of being sent to death. One way many people from the concentration camps died from was the Gas chambers. These chambers were used by Nazis on all types of prisoners. The Camp Ravensbruck which was the largest concentration camp for women in all of German Reich had over 100,000 women from 20 countries imprisoned, and where 5-6,000 perished as a result of gas chambers. Many people described the gas chambers similar to showers. Sadly, many victims were told that they were going through a process of disinfection and they believed perhaps they were going to get some clean water to take a bath but the truth was that their lives were going to be taken away from them without approval. Many women in the concentration camps in order to survive had to not only allow themselves for experimentation but had to be physically be in shape and fit the age range in order to be considered strong and age appropriate to work. Women that worked were forced into hard labor, either at SS Textile factories or more physical work. All had to deal with terrible living conditions, made to stand outside for hours in freezing conditions during roll-call and were frequently beaten for the slightest violation of camp rules. Those that weren’t were normally shot. Then years later they were then sent to a nearby sanatorium which already had a gas chamber built for the  T4. In addition other women worked outside doing things such as farm work and many of the women who worked had long days that stretched up to 15 hours. Many Women in the camps also prostituted in order to survive. Many women in the camps prostituted themselves while asking for favors in return. For example, in exchange for sexual favors women would plea for food or to live another day. Many women also prostituted themselves with hopes that their children be taken care of with food and for their lives not to be taken away from them. Many women also prostituted themselves with false promises of liberation after a few months. Women in order to survive and keep their jobs had to try and keep themselves healthy. Sadly, many women in the concentration camps got diseases particularly typhus. They pretended that they were still healthy enough to work. They knew that being sick would lead them to being killed by the Nazi soldiers. To these women survival was the most important. Too many even escape meant death, for if any one escaped, all the other prisoners in that bunk or group were immediately shot. The only resistance possible for most people was the effort simply to stay alive. To help them survive, the prisoners looked for ways of remaining human, of not descending to the level of â€Å"animals†. They began to live an inner life, a life that the guards and the camp could not reach to destroy. For many women and men it was a life of religion. To many it had been their strength on the outside, before the camps; and now it became their strength in the camps. Also, many people to survive got a chance to do some of the work they had done before. For example, if they were doctors, they could help the sick as best they were able. If they were scientists they watched and memorized what they saw. If they were historians and writers they kept notes in their minds. One example of this although not a woman was Viktor Frankl, a psychiatrist, who wrote on his efforts to help his other prisoners: â€Å"The thought of suicide was entertained by nearly everyone, if only for a brief time. It was born of the hopelessness of the situation, the constant danger of death looming over us daily and hourly, and the closeness of the deaths suffered by many of the others. I spoke of the many opportunities of giving life a meaning. I told my comrades that human life, under any circumstances, never ceases to have a meaning   They must not lose hope but should keep up their courage in the certainty that the hopelessness of our struggle did not detract from its dignity and meaning. I said that someone looks down on each of us in difficult hours a friend, a wife, somebody alive or dead, or a God and he would not expect us to disappoint him. He would hope to find us suffering proudly † (Rittner, 1993). Many women in the camp of Ravensbruck also were to secretly hide anything that dealt with learning or writing. The soldiers did not want the women teaching each other things that may be of any use to them. Although it was a danger many women still took the chance and they secretly taught each other languages such as German and English. Some women hid little pieces of paper whether it was toilet paper and would write things such as poems, and birthday cards to give to one another. Tiny handbooks and dictionaries small enough to be hidden were secretly copied and passed to each other. For example, â€Å"One Polish inmate, Eugenia Kocwa, wrote her own English textbook on 80 sheets of stolen toilet paper. It was copied by dozens of other women† ( Aktion R. Camp, 2004). To many of these women it was important to get distracted and try and keep their spirits up. For this reason many women took learning important. Many women also took recipes of food and copied it and gave it to one another. They spoke to each other about different foods they made and they told each other family traditions. Some women went as far as giving up some of the little food they got in order to â€Å"buy† paper or pencil to write such things as recipe books. Food dominated the conscience of the women and for these reasons writing recipes was a way of them to alleviate their hunger. As one can see many women during the holocaust dealt with tragic events and their lives were marked for ever if they happen to survive. They had horrific things happen to them from rape, murder, humiliation, and so on. Many died from starvation, disease, or suffering. Many suffered knowing it was a possibility that they would never see their families again. These people lived a life of misery in these camps. They were used as guinea pigs for ridiculous experimentations. They felt hopeless not being able to protect their children as they wanted to. Some gave up their dignity and sold their body for false promises. All this suffering was due to the idea that not all people were equal and that it was important to go forth with hatred, discrimination, and violation. This Holocaust is something that should teach people throughout the world that decimation is not something people should teach others for the only thing it does is destroy people and nations. Works Cited Aktion Reinhard Camps. (2004, March). Retrieved December 2, 2010, from http://www. eathcamps. org/occupation/ghettos. html Bauer, Yeduda. 2001. A History of the Holocaust. New York: Franklin Watts/Scholastic Chapnik, L. (1998). The Grodno ghetto and it’s underground: A personal narrative. In Ofer, D. and Weitzman, L. (Eds. ) (pp. 109-119). Women in the holocaust. New Haven; Yale University Press Merriam Webster Dictionary. Retrieved 2010. http://www. m-w. com Rittner, C. , Roth, J. (1993). Different Voices: Women of the Holocaust. Paragon House: New York. Ofer, D. , Weitzman, L. (Eds) (1998). Women of the Holocaust. New Haven, CT: Yale University Press

Knowledge is a true organ of sight Essays

Knowledge is a true organ of sight Essays Knowledge is a true organ of sight Essay Knowledge is a true organ of sight Essay Knowledge is a true organ of sight, not the eyes is a quite interesting quote by Panchatantra. To answer this question it would be easiest that one would first translate it into an easy understandable sentence with a clear message, since this quote can have multiple meanings. The way I found this quote to make the most sense is when I translated it into the following sentence; Knowledge is a real consultable source of seeing, not the eyes. I find this the best translation to understand this quote, since it is very clear and straightforward. The next questions one could ask him/herself is: Is the quote true, and till what extent is this quote true. Is the quote Knowledge is a true organ of sight, not the eyes true or not? To say if the quote is true or not is a big statement to make right away, therefore I found It easiest to look at an example which could help to understand this quote better. A good example to start off with is this: When one is watching television and one sees something on the news about an arrested murderer and one sees his face one might think, he looks like such a nice guy, but one knows that he did commit murder and therefore is probably not such a nice guy as one thought initially. What you know to be true and what might seem true to the eyes is not always the same, this does not mean that it is never true but the eye can be misleading. In this case the eyes failed to lead you to the truth, but because you linked your knowledge to what you saw a correct image got created, therefore we can say that cooperation between both sources organs of sight created a correct image, had one organ failed than we could say that a faulty image would be there. An obvious question one could ask himself/herself states: What about a blind man? This is a quite difficult question to answer, to answer it we will have to ask ourselves: what do we actually mean by sight. If we interpret it the scientific way we can say that the blind man has no sight, since no light which is entering the eyes is being interpret correctly. If we look at it in an different way by interpreting sight to be analyzing what is around us, the blind man will have sight, since he can analyze specific objects, however he will need different sources organs to do so, for instance his hands. We know blue is blue, since we were told when we where little that the color we see is blue. Our sight was matched with what we know to be blue. Our knowledge is being matched with our sight, so that we know what something is. If one of these organs also known as sources does not work, or doesnt work properly a faulty image can be created. To prevent a faulty image to be created it is good to depend on both sources instead of only calling knowledge a true organ of sight. When taking this in account it can be said that the quote by Panchatantra Knowledge is a true organ of sight, not the eyes might not be fully correct, since the human depends on both the sources, knowledge and sight. It therefore only applies till a certain extent. When we relate this quote to science a whole new view gets created, when we look at biology we can see that observation by eye sight is needed to gain knowledge most of the time. Eye sight is initially needed for the first researchers to have gained this information. How would we have had all this knowledge if we did not find it out initially, it was initially found out by observing by eye, and therefore the eyes can also be seen as a true organ of sight. If eye sight was not available human beings would not have gained a lot of knowledge, and therefore human beings have to rely on both sources of sight and not just one.

Charlottes Web Summary

'Charlotte's Web' Summary A masterpiece of American children’s literature, Charlottes Web  is a fable by E.B. White about a runt of a pig named Wilbur, who is loved by a little girl and befriended by a very clever spider named Charlotte. Summary of Charlottes Web Author E.B. White, a humorist and elegant essayist who wrote for the New Yorker and Esquire and edited The Elements of Style, wrote two other classic children’s books, Stuart Little, and The Trumpet of the Swan. But Charlotte’s Web- an adventure story set largely in a barn, a story of friendship, a celebration of farm life, and much more- is arguably his finest work. The story begins with Fern Arable rescuing the runt of a pig’s litter, Wilbur, from certain slaughter. Fern cares for the pig, who beats the odds and survives- which is something a theme for Wilbur. Mr. Arable, fearing his daughter is becoming too attached to an animal that is being bred to be butchered, sends Wilbur to the nearby farm of Fern’s uncle, Mr. Zuckerman. Wilbur settles into his new home. At first, he’s lonely and misses Fern, but he settles in when he meets a spider named Charlotte and other animals, including Templeton, a scavenging rat. When Wilbur discovers his fate- pigs are raised to become bacon- Charlotte hatches a plan to help him. She spins a web over Wilbur’s sty that reads: â€Å"Some Pig.† Mr. Zucker spots her work and thinks it is a miracle. Charlotte keeps spinning her words, deploying Templeton to bring back labels so she can copy words such as â€Å"Terrific† over Wilbur’s pigpen. When Wilbur is taken to the country fair, Charlotte and Templeton go to continue their work, as Charlotte spins new messages. The results draw enormous crowds and Charlotte’s plan to save Wilbur’s life pays off. At the close of the fair, however, Charlotte says goodbye to Wilbur. She is dying. But she entrusts her friend with a sack of eggs she has spun. Heartbroken, Wilbur takes the eggs back to the farm and sees that they hatch. Three of Charlotte’s â€Å"kids† stay with Wilbur, who lives happily with Charlotte’s descendants.   Charlotte’s Web was awarded the Massachusetts Childrens Book Award (1984), Newbery Honor Book (1953), Laura Ingalls Wilder Medal (1970), and Horn Book Fanfare.