CRIMINAL LAW COURSEWORK Example | Topics and Well Written Essays - 1500 words

CRIMINAL LAW - Coursework Example In the UK, Discrimination Act of 1975 was altered to launch sexual irritation as a type of discrimination in 1986. It mentioned guidelines that if a boss treats someone less favourably on the ground that the defendants have refused and put forward any kind of harassment such as hostile, rape, humiliating and violating a person’s dignity in workplace among others, it would be judged as harassment. As in this case, the Sexual Offences Act, 2003 (SOA) and Sexual offences Act of 1956 are applicable. The Sexual Offence Act of 2003 sets offences for prosecution of proving absence at consent of sec. 1-4. The aforementioned offences are related to a person involved in a sexual activity. Sexual Violence in England often goes unreported by female and male victims. Amnesty International conducted a research, which found that 1/3rd of the public believe that a woman is answerable for being raped if she has behaved in an enticing way. Chances for having parallel mind-set also exist relatin g to what a woman was wearing at the time of harassment, quantity of alcohol that had been consumed and whether or not a woman had said no to the man. Prior to enactment of SOA, there was no as such statutory meaning of consent. Sec. 74 of this act states that a person contents to sexual activity, if he/she agrees to it as an option and holds the liberty and ability to make that choiceii. As per the case, Sec 75 and Sec 76 of SOA will be applicable on the boss, as the petitioner indicted the defendant of having non-consensual sex with the woman after an evening of intense alcoholic drinks. The boss when found guilty for the crime is liable for imprisonment, unless subsection 4 applies, which states that if a person is caught blameworthy under Sec 75 and Sec 76, then he/she will be prone to imprisonment for a period of maximum 6 months or a fine that does not surpass the statutory maximum

RNA silencing for the prevention of Phytophthora root rot in avocado Literature review

RNA silencing for the prevention of Phytophthora root rot in avocado - Literature review Example So, the scientists and the concerned people have found out a way to tackle this menace [2]. It is the use of RNA. The RNA is used to inhibit specific gene expression of the plants to prevent Phytophthora root rot in avocado plants. It was further found that the growing population is causing a sharp increase in the demand of the avocado across all over the world [3]. In order meet the rise in the demand, the farmers or the cultivators are using a number of elements to increase the production of the avocados. Overuse of the elements is further affecting the plants. The plants are getting affected by pests. Among them the rot root fungi is the most common form of the pests. Excessive spread of the fungi would destroy the crop and highly affect the cultivation of the crops so the scientists have discovered a number of methods which would prevent this. Among them RNA slicing is one of the most common methods for the prevention of Phytophthora root rot in avocado. According to a study, it was found that the Phytophthora root rot in avocado is primarily caused by Phytophthora cinnamomi, which is an economically important disease in the avocados around the world [1]. The crops when affected with fungi and gets harmed with Phytophthora root rot, it completely destroys the crops and leaving co crop for sell and make money out of it. In Australian agriculture, economic cost of losing were estimated in previous 20 years to be more than AUS$200 million per year [] and around US$44million in California annually []. The RNA silencing is used to increase the resistance of the avocado trees with the help of transgenic rootstocks. It is expected to reduce the incidences of fungi attack on the avocado plants. It was found that the fungi attack on the avocado trees could be prevented with the help of RNA interference process [4]. The authors further explain RNA interference as a cellular process where the RNA molecules