Comprehensive Housing Policy

What should the role of government be when it comes to affordable housing? Write up a comprehensive housing policy. Which levels of government should be involved to what extent and why?
Must be 3 full pages, 4 references, and formatted MLA
This is a college Government course.GOV2305
https://www.fatherly.com/news/map-average-cost-house-each-state-us/
https://www.fatherly.com/news/basic-income-experiment/
https://www.fatherly.com/love-money/work-money/how-to-calculate-if-you-can-afford-to-be-a-single-income-family/
https://www.fatherly.com/love-money/culture/case-basic-income-parents/
https://www.seattletimes.com/seattle-news/homeless/what-can-seattle-learn-from-cities-that-decreased-their-homelessness/
https://www.seattletimes.com/seattle-news/homeless/whos-falling-into-homelessness-and-how-king-county-hopes-better-data-leads-to-better-help/?

Sample Answer

1.1 Background

Malignancy is definitely not a solitary malady, it is a pool of a few infirmities and turmoil at the cell and sub-atomic level, and makes typical cells act anomalous causing uncontrolled division. The uncontrolled and unchecked development of the phones some time attacks other neighboring tissues and can likewise spread to another piece of the body by various methods, for example, lymphatic liquid and blood course; this is known as metastasis. The program cell passing/program cell evacuation is the principle forms by which the harmed cell expelled from the body in a sorted out manner. When the cells become old they are pulverized and disposed of in a well-customized route known as apoptosis. At times a change in genomic material all the more explicitly hits the qualities which are responsible for restraint of apoptosis. Because of this exorbitant cell division and diminished cell demise, a mass of tissue is shaped which is named as a tumor. A few tumors are typified and don't spread through the container; in any case, some are not capsulated and effectively spread to the encompassing tissue just as the remainder of the body where they partition ceaselessly and structure 'optional tumors'– a procedure named as metastasis. The last is named metastatic tumors or secondaries.

The cell in malignant growth has six particular characters as a result of a modification in cell physiology. The significant characters of dangerous cells are:

(an) A malignancy cell has their own phone development sign and they likewise a reaction to those feeble sign which are typically overlooked by the sound cell.

(b) They may have a component, which makes them nonresponding to the counter proliferative sign.

(c) Cancerous cells are invulnerable to customized cell passing that ordinarily makes anomalous cells bite the dust and be expelled by the methodology of apoptosis.

(d) They have the ability for boundless replication.

(e) They have the ability to start fresh recruits vessel arrangement which can help the tumor development.

(f) A malignant growth cell has the limit by which they can attack tissue locally or any piece of the body (Hanahan and Weinberg, 2000).

Malignant growth Statistics in India (Nandakumar A. 2009), evaluated that around 25,00,000 people living with disease in India. Consistently around 7,00,000 new disease patients are enrolled in India and malignant growth includes 5,56,400 passings consistently. Metastatic tumors can emerge in any part of the body at any age, yet around 71% of passings because of malignancy are in the age bunch between 30-69 years (Dikshit R, et al; 2012). As per the figures of national malignant growth vault program, around 50 % of every single metastatic tumor related passings in India are because of diseases of the oral hole and lung disease in guys and bosom and cervix malignancy in females. Beginning time location and the board could diminish the passing rate identified with various kind of malignant growths (Sarnath D, Khanna A; 2014). Albeit, significant advances in therapeutic innovations for malignant growth finding and the executives, it is maybe the most developed and complex illness and it offers a major test to the oncologists and analysts for treating this malady. One of the significant treatment techniques of malignancy is chemotherapy, a treatment utilizing anticancer drugs. It very well may be offered alone and furthermore in conjugation with other medicinal methodologies like radiation treatment and medical procedure. These days, a huge gathering of chemotherapeutic medications is accessible because of broad research in malignant growth treatment. Among which, cisplatin is viewed as an amazing chemotherapeutic operator widely utilized in the treatment of different strong tumors. This cytostatic operator has been in clinical use for three decades in the treatment of a wide range of tumors. This platinum-containing prescription act and murders cells principally by hindering DNA amalgamation and chromosomal harming (Basu and Krishnamurthy 2010). The malignant growth restraint property of cisplatin is expected due to cisplatin and chromosomal communication. (Liu et al. 2013). Upon treatment, it increments receptive oxygen species (ROS) arrangement and along these lines causes a strange change in the redox status of malignancy cells. Apoptosis in cisplatin-treated cells is practiced by changes in ROS levels, changes in redox status, DNA harm, change in film potential in mitochondrial and contribution of flagging pathways. Cisplatin-initiated DNA harming and oxidative burdens remain the center wellspring of apoptotic pathways in the dangerous cell. Different cisplatin-initiated sign can trigger singular pathway through exact translation factors that go about as the significant medication targets. Flagging pathways that control apoptosis importantly affect basic cell affectability to cisplatin (Torigoe et al. 2005; Kelland 2007). Despite the fact that its advantages, the cisplatin treatment is undermined because of, various toxicities, and immunosuppression. These three elements (cisplatin obstruction, immunosuppression, and harmfulness) stay to be the significant snag to effective chemotherapy, however cisplatin is as yet utilized with healing goal, basically for the administration of different malignancies, for example, ovarian, testicular, head and neck, bladder, esophageal and lung disease. In this way, investigating elective restorative prescription is required to decrease tranquilize harmfulness and give immunomodulation in cisplatin treatment. Numerous new approaches have been built up to diminish the appearance or the development of malignant growths through chemo-sharpening and chemo-assurance. Co-organization of plant items with great anticancer exercises would help in fixing the issue of cisplatin-have poisonous quality, and immunosuppression. Since the fundamental objective for cisplatin in the cell is accepted to be chromosome and DNA, an upgraded cytoprotective impact is normal from another mix of cisplatin with a natural item which shields the cell from the harming symptoms of it (Marcu et al. 2003). In the ongoing past, herbs and natural item are rising as potential up-and-comers among, elective medication which can go about as immunomodulatory and chemoprotective against different actuated toxicities and they are exceptionally financially savvy.

1.2.1 Cause of malignant growth

There are two fundamental classes of qualities that assume a central job in typical cell cycle. The proto-oncogenes, which animate the development of the malignant growth cell, and the tumor silencer qualities which restrain the development and extension of the disease cells. In the common cell, both the qualities organize and avoid superfluous cell division. A change in tumor silencer qualities neglects to control the cell division, while, a modification in proto-oncogene begins inordinate cell division; because of non-coordination between these qualities a tumor may shape. The changes of these two qualities alongside a transformation in DNA fix qualities assume a considerable job in tumorigenesis (Lewin, 2004). The different particles at the cell level have a significant job in hindrance of cell division, for example, protein 53 (p53), pBR and intracellular controller of the cell division cycle (cdc), cycle cyclin-subordinate kinases (cdk), have additionally indicated its significant job in cell replication and malignancy arrangement (Meijer et al., 1997). At the point when these inhibitors are hereditarily changed by any elements, they cause malignant growth. A few particles are here and there changed via cancer-causing agents, for example, radiation, irresistible specialists, tobacco, and certain synthetic compounds. For the most part, malignancy of the lung is started by the activity of synthetic comprises in tobacco smoke. Polycyclic fragrant hydrocarbons (PAH) and Nitrosamines are the essential cancer-causing agents in tobacco, other than fifty other distinguished cancer-causing agents in it.

Bright (UV) long time introduction causes melanoma and different classes of malignant growths related with the skin.

1.2.2 Mechanism of Cancer Development:

The human body has an entrenched instrument to control the cell and dispose of them when required. Any distortion in this framework begins amassing anomalous cell in the body which transformed into disease. The mistake in this instrument prompts the harms in one or numerous qualities in the cell causes hereditary shakiness. In view of these hereditary insecurities, the cell can't direct cell division, bringing about disease, if the phones are not killed by the insusceptible framework. Malignancy cells isolate a lot quicker rate than the ordinary cells, because of nonstop cell division a heap of cell start aggregating in close by cells framing a mass of tissue which is later known as a tumor. Histopathologically, malignant growth is described by numerous morphological changes, for example, tissue design, cytological inconsistencies in the core and cytoplasm and the occurrence of uncommon mitoses. The increasing tissues in the body are defenseless against the development of malignant growth, there is an extraordinary test in disease counteractive action and its fix.

Figure 1. The instrument of disease development. There are numerous changes important to emerge in the DNA of an individual cell for disease to create. The tissues conceivably will create transformations in their standard cell (light blue), that enable the typical cell to become quicker. These changed cells (light green) are not kind tumor cells yet, they should have another period of transformation to frame tumor cell. The hereditary changeability makes the transformed cells develop quickly and grew quickly developing tumor cell (Dark blue). The untreated tumor cell built up a transformation which thus cause the advancement of the threatening cell (dim red) or will spread to different organs through the circulatory system causes metastasis ( light red).

1.3.1 Treatment of disease

Because of the headway of restorative science alongside biomedical research, presently the majority of the tumors can be dealt with and some can be relieved whenever distinguished early. Different approaches for the treatment of malignant growth are promptly accessible nowadays, for example, medical procedure (Liatsikos et al., 2012), immunotherapy (Rosenberg, 1986), hormonal treatment (Byar and Corle, 1988), chemotherapy (Blackburn, 1991) and radiation treatment (Pazdur, 2001). Treatment of harm is dependent upon the particular chara