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31st Experts Meet On Cancer Therapy , will be organized around the theme “Enliven Prospective in Vitalizing the Medicine and Therapy against CANCER

Cancer Therapy Meeting 2019 is comprised of keynote and speakers sessions on latest cutting edge research designed to offer comprehensive global discussions that address current issues in Cancer Therapy Meeting 2019

Submit your abstract to any of the mentioned tracks.

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Cancer is the abnormal growth of cells, which may be benign or malignant that spreads or occupy near-by tissues. As these tumors grow, some of the cancer cells break and move to distant places in the body through circulating fluids (blood & lymph). Uncontrollable growth of cells and division which they get easily invaded in to other cells or tissues of the body resulting in modifying a healthy cell to cancer cells. The agents that cause cancer are said to be carcinogens. The cancer cells present in the body do not die and leading to formation of excess cancer cells in the body resulting in forming mass of tissue, called tumor. Benign tumors don’t invade or spread to other tissues. In case of malignant tumors these invade and spread to other parts of the body rapidly.

  • Track 1-1Difference between benign & malignant tumors
  • Track 1-2Apoptosis
  • Track 1-3Signs & Symptoms of cancer
  • Track 1-4Metastasis
  • Track 1-5Malignant neoplasm
  • Track 1-6Types of Cancers

The most prevalent cancers in the world by comparing to the men and women are lung cancer is the most prevalent cancer of all the cancers. The most common cancers occurring in men are lung cancer, prostate cancer and Colo-rectal cancers occupying about 43% of the cancers occurring in men. The other common cancers in men are stomach and liver cancers. In case of women most common cancer in the world is breast cancer of about 25% of cancers that are occurring in women are breast cancers. Next to the breast cancer Colo-rectal cancer, lung cancer and cervical cancer are most prevalent in women. The common reason behind cancer is physical carcinogens, chemical carcinogens and biological carcinogens. Usage of tobacco and alcohol consumption is the main common cause of lung cancer.

  • Track 2-1Lung Cancer
  • Track 2-2Melanoma
  • Track 2-3Bladder Cancer
  • Track 2-4Non-melanoma Skin Cancer
  • Track 2-5Stomach Cancer
  • Track 2-6Liver Cancer
  • Track 2-7Breast Cancer
  • Track 2-8Cervical Cancers
  • Track 2-9Cervical Cancers
  • Track 2-10Colo-rectal Cancer
  • Track 2-11Non-Hodgkin lymphoma

Stage of cancer can be described by the extent of growth of cancer and based on size of cancer. It can be found be found by performing the tests. By these tests we can know even the extent of spread of cancer and how far it has spread to other adjacent organs. Staging of cancer should be clearly understood by the doctor so that the type of treatment to be given could be easily known. If the cancer is present at only one place then treatment like surgery or radiotherapy is sufficient to get rid of cancer completely. If there is spread of cancer to adjacent organs, then the treatment to be given in such a way that it circulates the whole body. There will not be correct identification of cancer sometimes then doctors check the lymph nodes present near to the cancer for the presence of cancer cells, it is the sign that indicates that the cancer has begun to develop I body.

There are 2 types of staging systems of cancer,

TNM system

 Number system

Changes that occur in DNA with in the cells leads to cancer. DNA present in the cell is packed into huge number of individual genes; each of the individual genes contains a set of instructions that are to be performed by the cell. If the changes occur in the instructions, then it alters the cell function and makes the cell cancerous.

Gene mutations can direct a healthy cell to

  • Allow rapid growth
  • Fail to stop uncontrolled cell growth
  • Make mistakes while repairing DNA errors

Changes in behavioral and environmental characters also cause changes in the body’s cells which converts the healthy cells to cancer cells. 90-95% cancers are due to environmental factors and some cancers are due to inherited genetics. Cancers are also caused due to changes in the life style, economic and behavioral characters and due to pollution. Environmental factors that contribute to increase mortality rate of cancer patients includes tobacco, diet and obesity, infections, radiation, stress, lack of physical activity and pollution. Agents that have been linked to cause of cancers are said to be carcinogens. About 90% of lung cancers are due to smoking. Tobacco smoke also causes cancer in larynx, head, neck, stomach, bladder, kidney, esophagus and pancreas. Lung cancer and mesothelioma also can be caused due to inhaling tobacco smoke, asbestos fibers and leukemia from exposure to benzene. Absence of physical activity also contributes to causing cancer not only due to body weight also due to effects of immune system & endocrine system. I take of high salt food leads to gastric cancer. 18% of cancer deaths are due to infectious diseases. Human papilloma virus causes cervical cancer and hepatitis B and C virus causes hepatocellular carcinoma. 10% of cancers are due to exposure to radiation like ionizing radiation and non-ionizing ultraviolet radiation.

  • Track 3-1Cancer staging
  • Track 3-2Cancer grading
  • Track 3-3Tests and procedures for detection of cancer staging
  • Track 3-4Chemicals & Physical agents
  • Track 3-5Exercise & Diet
  • Track 3-6Heredity & Genetic variations
  • Track 3-7Infection & Autoimmune diseases
  • Track 3-8Radiation

Signs and symptoms of cancers depend on the type of organ affected, size of the tumor and extent of cancer invaded. As the size of the tumor increases it pushes the nearby organs, tissues, blood vessels and nerves. Signs and symptoms of cancer cannot be found out every time, it depends on the type of organ affected, and some of the organs affected by cancer don’t show any signs and symptoms. Cancer in pancreas doesn’t show any signs and symptoms till most of the organ is affected and has even invaded the adjacent organs. Tumors may grow around the bile duct and resist the flow of bile. Then signs and symptoms include eyes and skin looks yellow. By that time of detection of pancreatic cancer, it would be in an advanced stage.

  • Track 4-1Vaginal bleeding
  • Track 4-2Detection of signs & symptoms of cancers
  • Track 4-3Tests for detection of cancer
  • Track 4-4Prognosis of different cancers
  • Track 4-5Epidemiology of different cancers

Natural medicine aims to restore body’s ability to protect, regulate and heal itself. This looks at your physical, mental and emotional wellbeing. It is also called as phytomedicinephytotherapy or botanical therapy. Alternative therapy that is followed by the cancer patients is herbal medicine. The physical examinations done by herbalists are, Feeling pulse, Taking blood pressure, Examining skin and nails, Feeling abdomen and Looking at tongue.

  • Track 5-1The Gerson therapy and juicing
  • Track 5-2The Budwig protocol
  • Track 5-3Proteolytic enzyme therapy
  • Track 5-4Vitamin-C chelation
  • Track 5-5Frankincense essential oil Therapy
  • Track 5-6Probiotic foods and supplements
  • Track 5-7Sunshine & vitamin D3
  • Track 5-8Oxygen therapy and hyperbaric chambers

Cancer can be managed based on stage of cancer, extent of spread of cancer and performance of cancer patient. Cancer treatment is the complete uptake of cancer from the body without showing affect to rest of the organs in the body. The treatment programs are those:

  • Those are provided in equitable and sustainable way
  • Those are linked to early detection and accurate diagnosis and staging
  • To adhere to evidence-based standards of care.

For the effective therapy the treatment programs should ensure timely and equitable access. Critical step in the management of cancer is to establish the diagnosis based on pathological examination. Tumor sample can be achieved by biopsy or aspiration which may also require an intervention such as image guided procedure or endoscopy.


  • Track 6-1Surgery
  • Track 6-2Radiation therapy
  • Track 6-3Chemotherapy
  • Track 6-4Targeted therapy
  • Track 6-5Immunotherapy
  • Track 6-6Hormonal therapy
  • Track 6-7Angiogenesis inhibitors
  • Track 6-8Synthetic lethality

There are various types of nurse care associated with cancer treatments. Authority medical attendants, Ward   medical care takers, Community medical care takers, Specialist palliative care medical attendants, Marie Curie Cancer Care Nurses. Authority attendants work primarily in doctor's facilities; however, some give mind in the patient's home. They may have some expertise in a particular malignancy for instance bosom, lung, head and neck disease, or a specific treatment, for instance chemotherapy. Community attendants give an extensive variety of nursing care including helping patients when they leave clinic, taking out fastens, wiping wounds and giving out some prescription at home. Authority palliative care medical care takers have skill in overseeing torment and different manifestations and can offer help for individuals with growth and their families The propelled Oncology Nurse is ace's readied nurture with learning and limit in a scope of danger nursing. Every single medicinal overseer moves along a path from students to ace. It is seen that, paying little regard to paying little mind to the likelihood that a generalist, particular oncology or pushed Oncology Nurse, each individual therapeutic chaperon will experience along these lines from beginners to ace.

  • Track 7-1Anticipatory Grieving
  • Track 7-2Altered Nutrition
  • Track 7-3Fluid Volume
  • Track 7-4Risk for Infection

Tumor immunology describes the interaction between cells of the immune system with tumor cells. Understanding these interactions is important for the development of new therapies for cancer treatment. It is an interdisciplinary branch of biology that is concerned with understanding the role of the immune system in the progression and development of cancer. cancer immunotherapy utilizes the immune system for the treatment of cancer. 

  • Track 8-1Cancer Immunology Research
  • Track 8-2Tumor biology
  • Track 8-3Biomarkers and diagnostics
  • Track 8-4Cancer Vaccines

Epigenetics deals with the study of heritable changes in gene, that does not include changes to the basic DNA arrangement - an adjustment in phenotype without an adjustment in genotype - which influences how cells read the genes.  The study of epigenetic modifications to the Cancer cells genome is called Cancer Epigenetics, that does not bring a change in the nucleotide sequence.

Risk expectation and prediction and Cancer prevention, growth counteractive action is also promising and encouraging areas of Epigenetics.

A high adequacy of demethylating agents were accounted for essentially in hematological malignancies in view of new conventions with low dose and long exposure, and their utilization is presently being striven for strong tumors.
During the cell’s transformation to Cancerous cell, Epigenetic modifications are also more important like genetic mutations. Their manipulation brings a great promising approach to for preventing, detecting and treatment of cancer

  • Track 9-1Diseases
  • Track 9-2Clinical Applications
  • Track 9-3Pharmacogenomics
  • Track 9-4Mutations
  • Track 9-5Germ Line Changes
  • Track 9-6Hereditary Cancer Syndrome

The branch of Oncology dealing with Radiation therapy is termed as Radiation Oncology. The Radiotherapy is broadly segmented into Tele-radiotherapy, Brachy-radiotherapy and Metabolic Radiotherapy. Tele-radiotherapy, also called as External transcutaneous / distant radiotherapy, is a method in which the radiation source is situated at a certain distance from the tissue to be treated. Brachytherapy, also termed as Short direct radiotherapy /Curitherapy, is a method in which radiation source can be placed in contact with the tumor or it can be implanted in the tumor. Curative radiotherapy is indicated to be used in: Sticker’s sarcoma, Mastocytomas with locations, such as ears, nose, extremities, eyelids; Nasal cavity adenocarcinoma and Anal gland adenocarcinoma. Stereotactic radiosurgery is a single-day procedure for treating small intracranial lesions. Metabolic radiotherapy represents the administration of isotopes or isotope carrying molecules that selectively concentrate in a certain tissue into which they enter as metabolites. For Example; iodine-131is used in treating Thyroid cancer; phosphorus-32 is used in treating Myeloproliferative disorders.

  • Track 10-1Radiation Therapies & Techniques
  • Track 10-2Medical Imaging
  • Track 10-3 Radiobiology
  • Track 10-4 Nuclear Medicine
  • Track 10-5 Radiation Physics

Molecular pathology is an emerging discipline within pathology which is concentrated in the study and conclusion of ailment through the examination of molecules within organs, tissues or bodily fluids. Molecular pathology imparts a few parts of practice with drug development, disease management strategies and is sometimes considered a crossover discipline. It is multi-disciplinary in nature and concentrates primarily on the sub-minute parts of diseases. A key consideration is that more accurate diagnosis is possible when the diagnosis is based on both the morphologic changes in tissues and on molecular testing of diseases like cancer.

  • Track 11-1Drug designing
  • Track 11-2Genetic and Molecular mechanisms
  • Track 11-3Carcinogenesis
  • Track 11-4Applications of genomic medicine
  • Track 11-5Diagnosis and Treatment of Cancer

Targeted therapy is the foundation of precision medicine. It is a type of cancer treatment that targets the changes in cancer cells that help them grow, divide, and spread. With extensive studies, scientists and researchers are now better able to design promising therapies that target these changes or block the cancerous effects.

  • Track 12-1Targeted Therapy
  • Track 12-2Precision Medicine
  • Track 12-3Surgery
  • Track 12-4Radiation & Hormone Therapy
  • Track 12-5Immunotherapy & Chemotherapy
  • Track 12-6Stem cell therapy

Surgery is the removal of tumor and the adjacent tissues affected with tumor at a time. Surgical oncologist is a person who specializes in treating cancer using surgery. There are goals for the cancer surgery they include,

  • To diagnose cancer
  • To remove some or all the cancer
  • To find out where the cancer is located
  • To find out the cancer has spread or is affecting the functions of other organs in the body
  • To restore the body’s appearance or function
  • To relieve side effects

For most of the cancers, biopsy is only the way to make a definitive diagnosis. At the time of surgical biopsy, the surgeon makes a cut called incision on the skin. The 2 main surgical biopsies include

1.      An incisional biopsy- it is removal of piece of suspicious area for examination.

2.      An excisional biopsy- it is the removal of entire suspicious area, such as mole or a lump.

After the biopsy a pathologist uses a microscope to examine the tissue removed and does laboratory tests for evaluating cells, tissues and organs to diagnose disease and provide a pathology report to the oncologist or the surgeon who performs the diagnosis.

  • Track 13-1Laparoscopic surgeries
  • Track 13-2Laser surgery
  • Track 13-3Cryo surgery
  • Track 13-4Mohs micrographic surgery/microscopically controlled surgery
  • Track 13-5Endoscopy

Robotic surgery is a type of minimally invasive surgery. “Minimally invasive” means that instead of operating on patients through large incisions, we use miniaturized surgical instruments that fit through a series of quarter-inch incisions. Cancer Sciences and Robotic Systems are very closely associated as the robotic technology enables the radiation oncologists to deliver high doses of radiation with pinpoint accuracy to a broad range of tumors throughout the body, including the lungs, prostate and pancreas.

When performing surgery with the da Vinci Si—the world’s most advanced surgical robot—these miniaturized instruments are mounted on three separate robotic arms, allowing the surgeon maximum range of motion and precision. The da Vinci’s fourth arm contains a magnified high-definition 3-D camera that guides the surgeon during the procedure. The system’s sophisticated software allows for tracking of the tumor and the ability to continually adjust the radiation treatment to account for patient or tumor movement.

  • Track 14-1Cancer Pharmacology
  • Track 14-2Cancer Etiology
  • Track 14-3Cancer Chemotherapy
  • Track 14-4Surgical oncology
  • Track 14-5Complementary and alternative cancer treatments

Immunotherapy also said to be biologic therapy is a cancer treatment designed to boost the immune system to fight against cancer. It uses substances that are in the body or in the laboratory to improve or restore immune system function.

Types of immunotherapy includes

When there is any entry of foreign organism in to our body then body’s immune system detects the harmful organism and produces antibodies. Antibodies fight against infection. Monoclonal antibodies can be made in the laboratory. Monoclonal antibodies can be used for targeted therapy to block an abnormal protein in cancer cell.

  • Track 15-1CG0070 (Bladder)
  • Track 15-2Reolysin (prostate, colorectal, ovarian, lung and breast cancer)
  • Track 15-3CAVATAK (melanoma)
  • Track 15-4JX-594 (ovarian)
  • Track 15-5MV-NIS (multiple myeloma)
  • Track 15-6T-VEC (melanoma)

High- energy radiation is used in radiation therapy in order to shrink (reduce) the cancer cells or kill the cancer cells. X-rays, gamma rays and charged particles are the radiations used for cancer treatment. Radiation is sent to the body externally called external-beam radiation therapy and if the radiation comes from radioactive material placed in the body near cancer cells it is called internal radiation therapy or brachytherapy. Radioactive iodine that travels in the blood to cancer cells is systemic radiation therapy. More than half the amounts of people receive radiation therapy sometime at the course of treatment. Radiation therapy is done by damaging the DNA of cancer cells, in which it can damage the DNA directly or create free radicals within the cells that can in-turn damage the DNA.

Radiation oncologist’s plans a patient’s treatment through a process called treatment planning, that begin with simulation. At the time of simulation detailed imaging scans show the location of the patient’s tumors and the normal adjacent areas. There is different scanning equipment for treatment planning in radiation therapy.

  • Track 16-1CT scan
  • Track 16-2Magnetic Resonance Imaging
  • Track 16-3Positron Emission Tomography
  • Track 16-4Simulation
  • Track 16-5Dosimetrists

Some breast cancers are caused due to the hormones in blood. It is a form of systemic therapy it not only reaches the cancer cells present in breast also reaches cancer cells all over the body. Hormonal therapy is recommended for women with hormone receptor-positive breast cancers, it is not useful for the women who are suffering with hormone receptor-negative breast cancer.

Hormonal therapy is often used as adjuvant therapy to reduce the risk of cancer coming back. Sometimes this therapy is started as neoadjuvant therapy. The drugs that stop estrogen from affecting breast cancer cells are Tamoxifen, Toremifene and Fulverstrant.

  • Track 17-1ER-positive cancers
  • Track 17-2PR-positive cancers
  • Track 17-3Adjuvant therapy
  • Track 17-4Neo-adjuvant therapy
  • Track 17-5Breast cancer hormone therapy
  • Track 17-6Prostate cancer hormone therapy
  • Track 17-7Womb cancer hormone therapy

Recovery mechanical autonomy is a field of research devoted to comprehension and expanding restoration using automated gadgets. Restoration apply autonomy incorporates advancement of automated gadgets custom fitted for helping distinctive sensorimotor functions, improvement of various plans of helping remedial training, and evaluation of sensorimotor execution of patient; robots are utilized principally as treatment helps rather than assistive devices. Rehabilitation utilizing mechanical technology is by and large all around endured by patients and has been observed to be a successful subordinate to treatment in people experiencing engine weaknesses, particularly because of stroke. Restoration mechanical technology can be viewed as a particular concentration of biomedical building, and a piece of human-robot connection. In this field, clinicians, specialists, and architects work together to help restore patients. Conspicuous objectives in the field include: creating implementable advances that can be effectively utilized by patients, specialists, and clinicians; improving the viability of clinician's treatments; and expanding the simplicity of exercises in the day by day lives of patients.

  • Track 18-1Bio robotics
  • Track 18-2Bioroid
  • Track 18-3Cybernetics
  • Track 18-4Rehabilitation robotics
  • Track 18-5Function & Applications

The territories where automated frameworks are executed have been spreading progressively, other than classical applications in modern/creation fields and innovations, for the most part into the regions and advances with non-modern/non- designing applications, additionally into new regions of administrations These patterns put higher requests on the intricacy of advancement of all methods entering robotized creation and administration frameworks. Late patterns framed new needs on the advancement and development of new classifications and eras of robots and in addition new way to deal with the application of robots in view of higher advancement of computerized/automated frameworks adapted by profoundly unmistakable usage of non-conventional mechanical standards of control/PC innovation, data innovation and counterfeit consciousness. Robot-assisted surgery when indicated for oncology patients offers various unique advantages. The enhanced precision and control offered by the robot allows surgeons to perform delicate procedures like prostate surgery while preserving the nerve fibres and blood vessels attached to the gland. The enhanced vision of the surgical field offers surgeons the ability to clearly differentiate between tissue planes and effect precise tumor removal.

  • Track 19-1RoboBee clings
  • Track 19-2Da Vinci Systems
  • Track 19-3MIT (minimal invasive technology) device in robotics
  • Track 19-4Robotic exoskeleton
  • Track 19-5Tactile robots

There are mainly 2 methods used for confined conveyance of anticancer Treatment. First, the dermal medication conveyance and second is the subcutaneous and intra-tumoral organization of hydrogel. Restricted medication conveyance is an approach to convey the medication from a dose frame to a specific site in the organic framework, where its whole pharmacological impact is wanted. Local administration of chemotherapeutic agents at the tumor site is additionally thought to improve the chemo-responsiveness by uncovering tumors and neighboring metastases to high medication fixation while reducing its systemic exposure.

  • Track 20-1Nanotechnology
  • Track 20-2Anti-cancer Drugs
  • Track 20-3Active targeted drug delivery
  • Track 20-4Passive targeted drug delivery
  • Track 20-5Micelles and dendrimers
  • Track 20-6Artificial DNA nanostructures

l trials are the final step in a long process that begins with research in a lab. Before any new treatment is used with people in clinical trials, researchers work for many years to understand its effects on cancer cells in the lab and in animals. They also try to figure out the side effects it may cause.

  • Track 21-1Design of clinical trials in the new era
  • Track 21-2Immuno-oncology - End Point with Immunotherapy
  • Track 21-3Monitoring of Trials and Statistics
  • Track 21-4Phase 4 Trials
  • Track 21-5Expanded access trials
  • Track 21-6Ethics and Patients’ Rights