Global Lung Cancer Vaccine Market & Pipeline Insight 2015
|出版日期||內容資訊||英文 120 Pages
|肺癌疫苗的全球市場和開發平台(管線)分析 (2015年) Global Lung Cancer Vaccine Market & Pipeline Insight 2015|
|出版日期: 2015年02月24日||內容資訊: 英文 120 Pages||
本報告提供全球各國肺癌疫苗市場趨勢，及開發平台產品的開發情形相關分析，提供肺癌疫苗概要·特性·作用機制，及癌症疫苗整體及肺癌疫苗到目前為止的開發流程，開發中產品的目前開發情形，產品單位 (計29產品) 的詳細開發情形，已上市產品 (計3產品) 銷售情形，今後的市場方向性等資訊，為您概述為以下內容。
Lung cancer incidences are rapidly increasing and various therapeutics have been introduced in global market to provide better care to patients. Surgery and radiation therapy are not preferred for lung cancer treatment due to which they have small global market size. Chemotherapeutics and targeted therapeutics for lung cancer treatment are major market contender in global market with wide acceptance levels among oncologists and patients. Chemotherapeutics have life threatening side effects while targeted therapeutics available in markets are quite effective therapeutics but they are unable to reduce the present lung cancer mortality rates. These drawbacks are not expected to be associated with lung cancer vaccines which will help in generating significant revenues and increased penetration across the globe.
Identification of novel targets for lung cancer vaccine development is underway by pharmaceutical companies to provide efficient medical care to patients. Many mechanisms and tumour antigen has been identified for the development of novel lung cancer vaccines. Different lung cancer vaccines will help the patients in deciding better therapeutic options and generate significant revenues for pharmaceutical companies. Pharmacological effects provided by these novel lung cancer vaccine is expected to help the lung cancer patients across the globe.
Melanoma associated antigen 3(MAGE-3) is target of various cancer vaccines for therapeutic treatment of lung cancer. This antigen is absent in normal cell, while it is abundantly found in cancerous cells making it a suitable candidate for developing lung cancer vaccine targeting different stages of cancer progression. These lung cancer vaccines are able to identify different levels of MAGE-3 leading to their correct identification. As a result, cancer vaccine targeting this antigen is expected to have minimized side effects because it is absent in normal cell. This fact also shows that relapse may not occur due to eradication of all existing cancerous cells from the body.
Lung cancer vaccine is formulated by incorporating MAGE-3 antigen as source of activation for immune cells. This vaccine consists of fusion between human MAGE-3 antigen and protein D from Haemophilus influnzae. When it is injected inside the body it causes the immune system to get activated and identify this formulation as external entity. This causes the memory cells to search for any external substances in body having signature sequences like vaccines. As a result, cancerous cells present in the body are identified as external entity and selectively eliminated to prevent the cancer progression.
Lung cancer vaccines are expected to become a major tool in lung cancer treatment in coming years due to superior pharmacological performance. Prophylactic lung cancer vaccines are needed to be developed and thoroughly investigated in clinical trilas. Many innovative lung cancer vaccines are under various phases of clinical trials effective medical treatment. Significant clinical data generated has given encouragement to oncologists and pharmaceutical companies to investigate different forms of lung cancer vaccine. These vaccines are under investigation, once high safety and efficacy levels are obtained then it would be easy to apply for the marketing approval across the globe in various countries.
"Global Lung Cancer Vaccine Market & Pipeline Insight 2015" Report Highlights: