Research Topics - Oncology

Building a Brighter Future in Cancer Treatment

Discover ONEASA's commitment to advancing cancer research with studies across diverse populations.

Mortality and Burden of Cancer in Indonesia

Mortality

Burden (USD, M)

Mortality and Burden of Cancer in Indonesia

Globocan Indonesia cancer surveillance

  • While Indonesia is still lacking in cancer screening and diagnosis practice, cancer cases in Indonesia have been on a constant rise for the past decade. 

  • With its minimal infrastructure, Indonesia presents a high death to new cases rate of 60%.

  • Cancer is the second leading cause of death due to NCDs, accounting 18.6% of 686,532 premature deaths in 2016

*Globocan data 2018-2022

In Indonesia, as in many other nations, cancer stands as a major public health concern, with the most prevalent types including breast, cervical, lung, colorectal, and liver cancer. The country encounters distinct obstacles in cancer care, such as limited access to programs for early detection, a deficit in healthcare facilities and oncology specialists, and the prohibitive costs associated with treatment. Furthermore, a general lack of awareness regarding cancer prevention and the importance of early detection contributes to diagnoses at advanced stages and diminished survival rates. Consequently, the advancement of oncology in Indonesia is geared towards enhancing early detection and screening initiatives, raising public awareness about cancer, and improving the healthcare system along with making treatments more accessible and affordable. Additionally, there is an increasing inclination towards combining traditional and modern cancer treatment methods to offer comprehensive care to patients.

The field of clinico-genomic research holds considerable promise for oncology in Indonesia by pinpointing genetic and molecular markers unique to the Indonesian populace that influence cancer susceptibility, progression, and response to treatment. Our studies aim to facilitate personalized treatment approaches, which could significantly enhance treatment efficacy and potentially lower death rates. Moreover, by elucidating the genetic characteristics of prevalent cancers in Indonesia, such as those of the breast, lung, and cervix, we can develop focused strategies for screening and prevention, ultimately leading to improved health outcomes.

In Indonesia, as in many other nations, cancer stands as a major public health concern, with the most prevalent types including breast, cervical, lung, colorectal, and liver cancer. The country encounters distinct obstacles in cancer care, such as limited access to programs for early detection, a deficit in healthcare facilities and oncology specialists, and the prohibitive costs associated with treatment. Furthermore, a general lack of awareness regarding cancer prevention and the importance of early detection contributes to diagnoses at advanced stages and diminished survival rates. Consequently, the advancement of oncology in Indonesia is geared towards enhancing early detection and screening initiatives, raising public awareness about cancer, and improving the healthcare system along with making treatments more accessible and affordable. Additionally, there is an increasing inclination towards combining traditional and modern cancer treatment methods to offer comprehensive care to patients.

The field of clinico-genomic research holds considerable promise for oncology in Indonesia by pinpointing genetic and molecular markers unique to the Indonesian populace that influence cancer susceptibility, progression, and response to treatment. Our studies aim to facilitate personalized treatment approaches, which could significantly enhance treatment efficacy and potentially lower death rates. Moreover, by elucidating the genetic characteristics of prevalent cancers in Indonesia, such as those of the breast, lung, and cervix, we can develop focused strategies for screening and prevention, ultimately leading to improved health outcomes.

In Indonesia, as in many other nations, cancer stands as a major public health concern, with the most prevalent types including breast, cervical, lung, colorectal, and liver cancer. The country encounters distinct obstacles in cancer care, such as limited access to programs for early detection, a deficit in healthcare facilities and oncology specialists, and the prohibitive costs associated with treatment. Furthermore, a general lack of awareness regarding cancer prevention and the importance of early detection contributes to diagnoses at advanced stages and diminished survival rates. Consequently, the advancement of oncology in Indonesia is geared towards enhancing early detection and screening initiatives, raising public awareness about cancer, and improving the healthcare system along with making treatments more accessible and affordable. Additionally, there is an increasing inclination towards combining traditional and modern cancer treatment methods to offer comprehensive care to patients.

The field of clinico-genomic research holds considerable promise for oncology in Indonesia by pinpointing genetic and molecular markers unique to the Indonesian populace that influence cancer susceptibility, progression, and response to treatment. Our studies aim to facilitate personalized treatment approaches, which could significantly enhance treatment efficacy and potentially lower death rates. Moreover, by elucidating the genetic characteristics of prevalent cancers in Indonesia, such as those of the breast, lung, and cervix, we can develop focused strategies for screening and prevention, ultimately leading to improved health outcomes.

*Globocan data 2018-2022

Globocan Indonesia cancer surveillance

  • While Indonesia is still lacking in cancer screening and diagnosis practice, cancer cases in Indonesia have been on a constant rise for the past decade. 

  • With its minimal infrastructure, Indonesia presents a high death to new cases rate of 60%.

  • Cancer is the second leading cause of death due to NCDs, accounting 18.6% of 686,532 premature deaths in 2016

Precision medicine in oncology

For the patient

  • Higher likelihood to demonstrate clinical benefit

  • Reduce adverse effects

  • Increase survival rate

For hospitals

  • More effective use of healthcare resources

  • Reduction in hospitalization rates

  • Better disease care management

For pharmaceuticals

  • Increase success rate of clinical trials

  • Improve efficiency in drug development

  • Cost reduction

Precision medicine in oncology

For the patient

  • Higher likelihood to demonstrate clinical benefit

  • Reduce adverse effects

  • Increase survival rate

For hospitals

  • More effective use of healthcare resources

  • Reduction in hospitalization rates

  • Better disease care management

For pharmaceuticals

  • Increase success rate of clinical trials

  • Improve efficiency in drug development

  • Cost reduction

Precision medicine in oncology

For the patient

  • Higher likelihood to demonstrate clinical benefit

  • Reduce adverse effects

  • Increase survival rate

For hospitals

  • More effective use of healthcare resources

  • Reduction in hospitalization rates

  • Better disease care management

For pharmaceuticals

  • Increase success rate of clinical trials

  • Improve efficiency in drug development

  • Cost reduction

Join the Journey towards Longevity with ONEASA

Discover collaboration opportunities and join hands in unlocking longevity.

Join the Journey towards Longevity with ONEASA

Discover collaboration opportunities and join hands in unlocking longevity.

Join the Journey towards Longevity with ONEASA

Discover collaboration opportunities and join hands in unlocking longevity.

BIC Building 4th Floor, Jl. Teuku Cik Ditiro No.12,

Menteng, Central Jakarta, Indonesia 10350

© 2024 ONEASA. All rights reserved.

BIC Building 4th Floor, Jl. Teuku Cik Ditiro No.12,

Menteng, Central Jakarta, Indonesia 10350

© 2024 ONEASA. All rights reserved.

BIC Building 4th Floor, Jl. Teuku Cik Ditiro No.12,

Menteng, Central Jakarta, Indonesia 10350

© 2024 ONEASA. All rights reserved.

Globocan Indonesia cancer surveillance

  • While Indonesia is still lacking in cancer screening and diagnosis practice, cancer cases in Indonesia have been on a constant rise for the past decade. 

  • With its minimal infrastructure, Indonesia presents a high death to new cases rate of 60%.

  • Cancer is the second leading cause of death due to NCDs, accounting 18.6% of 686,532 premature deaths in 2016

Research Topics - Oncology

Building a Brighter Future in Cancer Treatment

Discover ONEASA's commitment to advancing cancer research with studies across diverse populations.

Research Topics - Oncology

Building a Brighter Future in Cancer Treatment

Discover ONEASA's commitment to advancing cancer research with studies across diverse populations.

Research Topics - Oncology

Building a Brighter Future in Cancer Treatment

Discover ONEASA's commitment to advancing cancer research with studies across diverse populations.

Research Topics - Oncology

Building a Brighter Future in Cancer Treatment

Discover ONEASA's commitment to advancing cancer research with studies across diverse populations.

Research Topics - Oncology

Building a Brighter Future in Cancer Treatment

Discover ONEASA's commitment to advancing cancer research with studies across diverse populations.

BIC Building 4th Floor, Jl. Teuku Cik Ditiro No.12,

Menteng, Central Jakarta, Indonesia 10350

© 2024 ONEASA. All rights reserved.

BIC Building 4th Floor, Jl. Teuku Cik Ditiro No.12,

Menteng, Central Jakarta, Indonesia 10350

© 2024 ONEASA. All rights reserved.

Join the Journey towards Longevity with ONEASA

Discover collaboration opportunities and join hands in unlocking longevity.

Join the Journey towards Longevity with ONEASA

Discover collaboration opportunities and join hands in unlocking longevity.

Precision medicine in oncology

For the patient

  • Higher likelihood to demonstrate clinical benefit

  • Reduce adverse effects

  • Increase survival rate

For hospitals

  • More effective use of healthcare resources

  • Reduction in hospitalization rates

  • Better disease care management

For pharmaceuticals

  • Increase success rate of clinical trials

  • Improve efficiency in drug development

  • Cost reduction

Precision medicine in oncology

For the patient

  • Higher likelihood to demonstrate clinical benefit

  • Reduce adverse effects

  • Increase survival rate

For hospitals

  • More effective use of healthcare resources

  • Reduction in hospitalization rates

  • Better disease care management

For pharmaceuticals

  • Increase success rate of clinical trials

  • Improve efficiency in drug development

  • Cost reduction