About Chemotherapy Unit
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Curabitur fringilla nulla id ipsum ultricies, varius convallis augue commodo. Curabitur sapien purus, rhoncus vitae odio vel, vulputate suscipit elit. Cras sed metus ultricies, vulputate massa in, hendrerit leo. Donec gravida lectus ut diam ullamcorper cursus. Maecenas nec elit efficitur, placerat erat id, elementum tortor. Mauris viverra vulputate purus aliquet eleifend. Suspendisse iaculis justo sit amet pretium vehicula. Donec leo nibh, blandit vel tortor vel, mattis porta velit. Phasellus malesuada dictum ligula. Cras dignissim posuere consectetur.
Services
Service 1
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Curabitur fringilla nulla id ipsum ultricies, varius convallis augue commodo. Curabitur sapien purus, rhoncus vitae odio vel, vulputate suscipit elit. Cras sed metus ultricies, vulputate massa in, hendrerit leo. Donec gravida lectus ut diam ullamcorper cursus. Maecenas nec elit efficitur, placerat erat id, elementum tortor. Mauris viverra vulputate purus aliquet eleifend. Suspendisse iaculis justo sit amet pretium vehicula. Donec leo nibh, blandit vel tortor vel, mattis porta velit. Phasellus malesuada dictum ligula. Cras dignissim posuere consectetur.
Service 2
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Curabitur fringilla nulla id ipsum ultricies, varius convallis augue commodo. Curabitur sapien purus, rhoncus vitae odio vel, vulputate suscipit elit. Cras sed metus ultricies, vulputate massa in, hendrerit leo. Donec gravida lectus ut diam ullamcorper cursus. Maecenas nec elit efficitur, placerat erat id, elementum tortor. Mauris viverra vulputate purus aliquet eleifend. Suspendisse iaculis justo sit amet pretium vehicula. Donec leo nibh, blandit vel tortor vel, mattis porta velit. Phasellus malesuada dictum ligula. Cras dignissim posuere consectetur.
Service 3
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Curabitur fringilla nulla id ipsum ultricies, varius convallis augue commodo. Curabitur sapien purus, rhoncus vitae odio vel, vulputate suscipit elit. Cras sed metus ultricies, vulputate massa in, hendrerit leo. Donec gravida lectus ut diam ullamcorper cursus. Maecenas nec elit efficitur, placerat erat id, elementum tortor. Mauris viverra vulputate purus aliquet eleifend. Suspendisse iaculis justo sit amet pretium vehicula. Donec leo nibh, blandit vel tortor vel, mattis porta velit. Phasellus malesuada dictum ligula. Cras dignissim posuere consectetur.
About Palliative Care Unit
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Curabitur fringilla nulla id ipsum ultricies, varius convallis augue commodo. Curabitur sapien purus, rhoncus vitae odio vel, vulputate suscipit elit. Cras sed metus ultricies, vulputate massa in, hendrerit leo. Donec gravida lectus ut diam ullamcorper cursus. Maecenas nec elit efficitur, placerat erat id, elementum tortor. Mauris viverra vulputate purus aliquet eleifend. Suspendisse iaculis justo sit amet pretium vehicula. Donec leo nibh, blandit vel tortor vel, mattis porta velit. Phasellus malesuada dictum ligula. Cras dignissim posuere consectetur.
Services
Service 1
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Curabitur fringilla nulla id ipsum ultricies, varius convallis augue commodo. Curabitur sapien purus, rhoncus vitae odio vel, vulputate suscipit elit. Cras sed metus ultricies, vulputate massa in, hendrerit leo. Donec gravida lectus ut diam ullamcorper cursus. Maecenas nec elit efficitur, placerat erat id, elementum tortor. Mauris viverra vulputate purus aliquet eleifend. Suspendisse iaculis justo sit amet pretium vehicula. Donec leo nibh, blandit vel tortor vel, mattis porta velit. Phasellus malesuada dictum ligula. Cras dignissim posuere consectetur.
Service 2
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Curabitur fringilla nulla id ipsum ultricies, varius convallis augue commodo. Curabitur sapien purus, rhoncus vitae odio vel, vulputate suscipit elit. Cras sed metus ultricies, vulputate massa in, hendrerit leo. Donec gravida lectus ut diam ullamcorper cursus. Maecenas nec elit efficitur, placerat erat id, elementum tortor. Mauris viverra vulputate purus aliquet eleifend. Suspendisse iaculis justo sit amet pretium vehicula. Donec leo nibh, blandit vel tortor vel, mattis porta velit. Phasellus malesuada dictum ligula. Cras dignissim posuere consectetur.
Service 3
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Curabitur fringilla nulla id ipsum ultricies, varius convallis augue commodo. Curabitur sapien purus, rhoncus vitae odio vel, vulputate suscipit elit. Cras sed metus ultricies, vulputate massa in, hendrerit leo. Donec gravida lectus ut diam ullamcorper cursus. Maecenas nec elit efficitur, placerat erat id, elementum tortor. Mauris viverra vulputate purus aliquet eleifend. Suspendisse iaculis justo sit amet pretium vehicula. Donec leo nibh, blandit vel tortor vel, mattis porta velit. Phasellus malesuada dictum ligula. Cras dignissim posuere consectetur.
Service 4
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Curabitur fringilla nulla id ipsum ultricies, varius convallis augue commodo. Curabitur sapien purus, rhoncus vitae odio vel, vulputate suscipit elit. Cras sed metus ultricies, vulputate massa in, hendrerit leo. Donec gravida lectus ut diam ullamcorper cursus. Maecenas nec elit efficitur, placerat erat id, elementum tortor. Mauris viverra vulputate purus aliquet eleifend. Suspendisse iaculis justo sit amet pretium vehicula. Donec leo nibh, blandit vel tortor vel, mattis porta velit. Phasellus malesuada dictum ligula. Cras dignissim posuere consectetur.
About Radiotherapy Unit
Radiation therapy is one of the cancer treatments that are produced by accelerators; it consists of exposing the cancer cells of a tumor to radiation that prevents the multiplication of diseased cells and leads to their destruction.
Since this oncology discipline must be adapted to meet this growing need in terms of public health, Ain Wazein Medical Village (AWMV) has successfully installed and launched a radiotherapy unit as one of the pillars of its upcoming Oncology Medical Center in order to make this treatment accessible for patients in need, and to valorize the concept of a center of excellence and provide a continuum of care in the field of oncology, knowing that before starting the service at AWMV, the nearest radiotherapy centers were between 45 km and 150 km away from AWMV’s catchment area.
The Radiotherapy Unit is the first completed project of our Oncology Medical Center. Established at the center’s 3rd basement and covering a surface area of 985 m2, the unit received its first patient on 25 February 2019.
The Radiotherapy Unit aims to treat people with cancer by destroying malignant cells with ionizing radiation, and to palliate their unpleasant symptoms caused by cancer compression. The unit’s services are essential to delivering a continuum of care within an evidence-based approach that focuses on treating and comforting fragile cancer patients.
A highly skilled and trained multidisciplinary team works together to ensure both the physical and psychological well-being of patients and to provide them with the support, compassion and information they need to overcome their challenge. The unit’s team includes a Radiation Oncologist, Medical Physicists, Radiation Technicians, Registered Nurses and Stretcher Bearers who work collaboratively to provide comprehensive radiotherapy services using the most advanced state-of-the-art technology available in Lebanon today, the Elekta Versa HD™.
The Elekta Versa HD™ is an advanced linear accelerator system designed to improve patient care and to treat a broader spectrum of cancers. Featuring high precision beam shaping and tumor targeting, Versa HD also unveils new capabilities designed to maximize health care system resources and deliver highly sophisticated therapies without compromising treatment times.
Services
Service 1
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Curabitur fringilla nulla id ipsum ultricies, varius convallis augue commodo. Curabitur sapien purus, rhoncus vitae odio vel, vulputate suscipit elit. Cras sed metus ultricies, vulputate massa in, hendrerit leo. Donec gravida lectus ut diam ullamcorper cursus. Maecenas nec elit efficitur, placerat erat id, elementum tortor. Mauris viverra vulputate purus aliquet eleifend. Suspendisse iaculis justo sit amet pretium vehicula. Donec leo nibh, blandit vel tortor vel, mattis porta velit. Phasellus malesuada dictum ligula. Cras dignissim posuere consectetur.
Service 2
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Curabitur fringilla nulla id ipsum ultricies, varius convallis augue commodo. Curabitur sapien purus, rhoncus vitae odio vel, vulputate suscipit elit. Cras sed metus ultricies, vulputate massa in, hendrerit leo. Donec gravida lectus ut diam ullamcorper cursus. Maecenas nec elit efficitur, placerat erat id, elementum tortor. Mauris viverra vulputate purus aliquet eleifend. Suspendisse iaculis justo sit amet pretium vehicula. Donec leo nibh, blandit vel tortor vel, mattis porta velit. Phasellus malesuada dictum ligula. Cras dignissim posuere consectetur.
Service 3
Lorem ipsum dolor sit amet, consectetur adipiscing elit. Curabitur fringilla nulla id ipsum ultricies, varius convallis augue commodo. Curabitur sapien purus, rhoncus vitae odio vel, vulputate suscipit elit. Cras sed metus ultricies, vulputate massa in, hendrerit leo. Donec gravida lectus ut diam ullamcorper cursus. Maecenas nec elit efficitur, placerat erat id, elementum tortor. Mauris viverra vulputate purus aliquet eleifend. Suspendisse iaculis justo sit amet pretium vehicula. Donec leo nibh, blandit vel tortor vel, mattis porta velit. Phasellus malesuada dictum ligula. Cras dignissim posuere consectetur.
Project Background
The PET scan is one of today’s most efficient imaging systems. It is used particularly in the field of oncology, but it can also be used to best screen for complex systemic diseases such as epilepsy, neurologic cases such as Alzheimer’s disease, and for the detection of viable heart tissue following a heart attack. This innovative technology allows simultaneous screening of the whole body and consists of obtaining very detailed three-dimensional images that give information about the functioning of the cells.
In Oncology, this technique permits tumor detection, determining its degree of differentiation, radiotherapy planning, assessing earlier response to radiation or chemotherapy treatment, screening for the presence or absence of an active disease post treatment assessing how efficient the treatment has been, detecting the site of recurrence regardless of its location in the body, and detecting metastases that have escaped conventional examinations. Thus, a PET scan is not only a powerful diagnostic tool; it also has an influence on the therapeutic strategy.
Based on guidelines, a cancer patient needs to perform at least two PET scans per year during their medical treatment: one at the diagnostic phase in order to validate the diagnosis, study the extension report, then define the therapeutic modalities, and one at the end of each protocol in order to evaluate the results and to plan the patient’s new therapeutic plan. As follow-up, 1 PET scan per year is preferred to be done by the patient after finishing the treatment.
In Radiotherapy, a multimodal planning image – PET scan – could increase the targeting accuracy and therapeutic efficacy of the delivered radiation. Moreover, with its combination of anatomical and functional imaging, PET scan provides valuable information during and after the treatment.
Based on Ain Wazein Medical Village’s (AWMV) current activity, 1032 PET scans are requested for patients during their medical treatment and/or follow-up. And since AWMV is a referring center in its catchment area, and will be implementing a holistic care approach for cancer patients following the full launch of its Oncology Medical Center, that number is expected to witness a 5% to 10% increase yearly.
Project Description
The PET scan is one of today’s most efficient imaging systems. It is used particularly in the field of oncology, but it can also be used to best screen for complex systemic diseases such as epilepsy, neurologic cases such as Alzheimer’s disease, and for the detection of viable heart tissue following a heart attack. This innovative technology allows simultaneous screening of the whole body and consists of obtaining very detailed three-dimensional images that give information about the functioning of the cells.
In Oncology, this technique permits tumor detection, determining its degree of differentiation, radiotherapy planning, assessing earlier response to radiation or chemotherapy treatment, screening for the presence or absence of an active disease post treatment assessing how efficient the treatment has been, detecting the site of recurrence regardless of its location in the body, and detecting metastases that have escaped conventional examinations. Thus, a PET scan is not only a powerful diagnostic tool; it also has an influence on the therapeutic strategy.
Based on guidelines, a cancer patient needs to perform at least two PET scans per year during their medical treatment: one at the diagnostic phase in order to validate the diagnosis, study the extension report, then define the therapeutic modalities, and one at the end of each protocol in order to evaluate the results and to plan the patient’s new therapeutic plan. As follow-up, 1 PET scan per year is preferred to be done by the patient after finishing the treatment.
In Radiotherapy, a multimodal planning image – PET scan – could increase the targeting accuracy and therapeutic efficacy of the delivered radiation. Moreover, with its combination of anatomical and functional imaging, PET scan provides valuable information during and after the treatment.
Based on Ain Wazein Medical Village’s (AWMV) current activity, 1032 PET scans are requested for patients during their medical treatment and/or follow-up. And since AWMV is a referring center in its catchment area, and will be implementing a holistic care approach for cancer patients following the full launch of its Oncology Medical Center, that number is expected to witness a 5% to 10% increase yearly.
Project Background
The PET scan is one of today’s most efficient imaging systems. It is used particularly in the field of oncology, but it can also be used to best screen for complex systemic diseases such as epilepsy, neurologic cases such as Alzheimer’s disease, and for the detection of viable heart tissue following a heart attack. This innovative technology allows simultaneous screening of the whole body and consists of obtaining very detailed three-dimensional images that give information about the functioning of the cells.
In Oncology, this technique permits tumor detection, determining its degree of differentiation, radiotherapy planning, assessing earlier response to radiation or chemotherapy treatment, screening for the presence or absence of an active disease post treatment assessing how efficient the treatment has been, detecting the site of recurrence regardless of its location in the body, and detecting metastases that have escaped conventional examinations. Thus, a PET scan is not only a powerful diagnostic tool; it also has an influence on the therapeutic strategy.
Based on guidelines, a cancer patient needs to perform at least two PET scans per year during their medical treatment: one at the diagnostic phase in order to validate the diagnosis, study the extension report, then define the therapeutic modalities, and one at the end of each protocol in order to evaluate the results and to plan the patient’s new therapeutic plan. As follow-up, 1 PET scan per year is preferred to be done by the patient after finishing the treatment.
In Radiotherapy, a multimodal planning image – PET scan – could increase the targeting accuracy and therapeutic efficacy of the delivered radiation. Moreover, with its combination of anatomical and functional imaging, PET scan provides valuable information during and after the treatment.
Based on Ain Wazein Medical Village’s (AWMV) current activity, 1032 PET scans are requested for patients during their medical treatment and/or follow-up. And since AWMV is a referring center in its catchment area, and will be implementing a holistic care approach for cancer patients following the full launch of its Oncology Medical Center, that number is expected to witness a 5% to 10% increase yearly.
Project Description
The PET scan is one of today’s most efficient imaging systems. It is used particularly in the field of oncology, but it can also be used to best screen for complex systemic diseases such as epilepsy, neurologic cases such as Alzheimer’s disease, and for the detection of viable heart tissue following a heart attack. This innovative technology allows simultaneous screening of the whole body and consists of obtaining very detailed three-dimensional images that give information about the functioning of the cells.
In Oncology, this technique permits tumor detection, determining its degree of differentiation, radiotherapy planning, assessing earlier response to radiation or chemotherapy treatment, screening for the presence or absence of an active disease post treatment assessing how efficient the treatment has been, detecting the site of recurrence regardless of its location in the body, and detecting metastases that have escaped conventional examinations. Thus, a PET scan is not only a powerful diagnostic tool; it also has an influence on the therapeutic strategy.
Based on guidelines, a cancer patient needs to perform at least two PET scans per year during their medical treatment: one at the diagnostic phase in order to validate the diagnosis, study the extension report, then define the therapeutic modalities, and one at the end of each protocol in order to evaluate the results and to plan the patient’s new therapeutic plan. As follow-up, 1 PET scan per year is preferred to be done by the patient after finishing the treatment.
In Radiotherapy, a multimodal planning image – PET scan – could increase the targeting accuracy and therapeutic efficacy of the delivered radiation. Moreover, with its combination of anatomical and functional imaging, PET scan provides valuable information during and after the treatment.
Based on Ain Wazein Medical Village’s (AWMV) current activity, 1032 PET scans are requested for patients during their medical treatment and/or follow-up. And since AWMV is a referring center in its catchment area, and will be implementing a holistic care approach for cancer patients following the full launch of its Oncology Medical Center, that number is expected to witness a 5% to 10% increase yearly.
Project Background
The PET scan is one of today’s most efficient imaging systems. It is used particularly in the field of oncology, but it can also be used to best screen for complex systemic diseases such as epilepsy, neurologic cases such as Alzheimer’s disease, and for the detection of viable heart tissue following a heart attack. This innovative technology allows simultaneous screening of the whole body and consists of obtaining very detailed three-dimensional images that give information about the functioning of the cells.
In Oncology, this technique permits tumor detection, determining its degree of differentiation, radiotherapy planning, assessing earlier response to radiation or chemotherapy treatment, screening for the presence or absence of an active disease post treatment assessing how efficient the treatment has been, detecting the site of recurrence regardless of its location in the body, and detecting metastases that have escaped conventional examinations. Thus, a PET scan is not only a powerful diagnostic tool; it also has an influence on the therapeutic strategy.
Based on guidelines, a cancer patient needs to perform at least two PET scans per year during their medical treatment: one at the diagnostic phase in order to validate the diagnosis, study the extension report, then define the therapeutic modalities, and one at the end of each protocol in order to evaluate the results and to plan the patient’s new therapeutic plan. As follow-up, 1 PET scan per year is preferred to be done by the patient after finishing the treatment.
In Radiotherapy, a multimodal planning image – PET scan – could increase the targeting accuracy and therapeutic efficacy of the delivered radiation. Moreover, with its combination of anatomical and functional imaging, PET scan provides valuable information during and after the treatment.
Based on Ain Wazein Medical Village’s (AWMV) current activity, 1032 PET scans are requested for patients during their medical treatment and/or follow-up. And since AWMV is a referring center in its catchment area, and will be implementing a holistic care approach for cancer patients following the full launch of its Oncology Medical Center, that number is expected to witness a 5% to 10% increase yearly.
Project Description
The Nuclear Medicine Unit will be located in the 2nd basement of the Oncology Medical Center, covering a surface area of 615 m2. This unit aims to provide diagnostic imaging services for cancer patients, identify the stage of the disease, help in restaging and follow-up, avoid unnecessary intervention in patients with false-positive structural imaging results and define the target volume and treatment strategy. The unit is designed based on national accreditation standards and the highest international standards of patient safety and satisfaction.
A multidisciplinary team that includes a nuclear medicine physician, technicians and nursing staff trained in the domain will be working together to ensure both the physical and psychological well-being of patients and to provide them with the support, compassion and information needed to overcome their challenge.
The Nuclear Medicine Unit at Ain Wazein Medical Village will be equipped with some of the most advanced equipment and techniques in nuclear imaging.
Project Background
The PET scan is one of today’s most efficient imaging systems. It is used particularly in the field of oncology, but it can also be used to best screen for complex systemic diseases such as epilepsy, neurologic cases such as Alzheimer’s disease, and for the detection of viable heart tissue following a heart attack. This innovative technology allows simultaneous screening of the whole body and consists of obtaining very detailed three-dimensional images that give information about the functioning of the cells.
In Oncology, this technique permits tumor detection, determining its degree of differentiation, radiotherapy planning, assessing earlier response to radiation or chemotherapy treatment, screening for the presence or absence of an active disease post treatment assessing how efficient the treatment has been, detecting the site of recurrence regardless of its location in the body, and detecting metastases that have escaped conventional examinations. Thus, a PET scan is not only a powerful diagnostic tool; it also has an influence on the therapeutic strategy.
Based on guidelines, a cancer patient needs to perform at least two PET scans per year during their medical treatment: one at the diagnostic phase in order to validate the diagnosis, study the extension report, then define the therapeutic modalities, and one at the end of each protocol in order to evaluate the results and to plan the patient’s new therapeutic plan. As follow-up, 1 PET scan per year is preferred to be done by the patient after finishing the treatment.
In Radiotherapy, a multimodal planning image – PET scan – could increase the targeting accuracy and therapeutic efficacy of the delivered radiation. Moreover, with its combination of anatomical and functional imaging, PET scan provides valuable information during and after the treatment.
Based on Ain Wazein Medical Village’s (AWMV) current activity, 1032 PET scans are requested for patients during their medical treatment and/or follow-up. And since AWMV is a referring center in its catchment area, and will be implementing a holistic care approach for cancer patients following the full launch of its Oncology Medical Center, that number is expected to witness a 5% to 10% increase yearly.
Project Description
The PET scan is one of today’s most efficient imaging systems. It is used particularly in the field of oncology, but it can also be used to best screen for complex systemic diseases such as epilepsy, neurologic cases such as Alzheimer’s disease, and for the detection of viable heart tissue following a heart attack. This innovative technology allows simultaneous screening of the whole body and consists of obtaining very detailed three-dimensional images that give information about the functioning of the cells.
In Oncology, this technique permits tumor detection, determining its degree of differentiation, radiotherapy planning, assessing earlier response to radiation or chemotherapy treatment, screening for the presence or absence of an active disease post treatment assessing how efficient the treatment has been, detecting the site of recurrence regardless of its location in the body, and detecting metastases that have escaped conventional examinations. Thus, a PET scan is not only a powerful diagnostic tool; it also has an influence on the therapeutic strategy.
Based on guidelines, a cancer patient needs to perform at least two PET scans per year during their medical treatment: one at the diagnostic phase in order to validate the diagnosis, study the extension report, then define the therapeutic modalities, and one at the end of each protocol in order to evaluate the results and to plan the patient’s new therapeutic plan. As follow-up, 1 PET scan per year is preferred to be done by the patient after finishing the treatment.
In Radiotherapy, a multimodal planning image – PET scan – could increase the targeting accuracy and therapeutic efficacy of the delivered radiation. Moreover, with its combination of anatomical and functional imaging, PET scan provides valuable information during and after the treatment.
Based on Ain Wazein Medical Village’s (AWMV) current activity, 1032 PET scans are requested for patients during their medical treatment and/or follow-up. And since AWMV is a referring center in its catchment area, and will be implementing a holistic care approach for cancer patients following the full launch of its Oncology Medical Center, that number is expected to witness a 5% to 10% increase yearly.
Project Background
The PET scan is one of today’s most efficient imaging systems. It is used particularly in the field of oncology, but it can also be used to best screen for complex systemic diseases such as epilepsy, neurologic cases such as Alzheimer’s disease, and for the detection of viable heart tissue following a heart attack. This innovative technology allows simultaneous screening of the whole body and consists of obtaining very detailed three-dimensional images that give information about the functioning of the cells.
In Oncology, this technique permits tumor detection, determining its degree of differentiation, radiotherapy planning, assessing earlier response to radiation or chemotherapy treatment, screening for the presence or absence of an active disease post treatment assessing how efficient the treatment has been, detecting the site of recurrence regardless of its location in the body, and detecting metastases that have escaped conventional examinations. Thus, a PET scan is not only a powerful diagnostic tool; it also has an influence on the therapeutic strategy.
Based on guidelines, a cancer patient needs to perform at least two PET scans per year during their medical treatment: one at the diagnostic phase in order to validate the diagnosis, study the extension report, then define the therapeutic modalities, and one at the end of each protocol in order to evaluate the results and to plan the patient’s new therapeutic plan. As follow-up, 1 PET scan per year is preferred to be done by the patient after finishing the treatment.
In Radiotherapy, a multimodal planning image – PET scan – could increase the targeting accuracy and therapeutic efficacy of the delivered radiation. Moreover, with its combination of anatomical and functional imaging, PET scan provides valuable information during and after the treatment.
Based on Ain Wazein Medical Village’s (AWMV) current activity, 1032 PET scans are requested for patients during their medical treatment and/or follow-up. And since AWMV is a referring center in its catchment area, and will be implementing a holistic care approach for cancer patients following the full launch of its Oncology Medical Center, that number is expected to witness a 5% to 10% increase yearly.
Project Description
The PET scan is one of today’s most efficient imaging systems. It is used particularly in the field of oncology, but it can also be used to best screen for complex systemic diseases such as epilepsy, neurologic cases such as Alzheimer’s disease, and for the detection of viable heart tissue following a heart attack. This innovative technology allows simultaneous screening of the whole body and consists of obtaining very detailed three-dimensional images that give information about the functioning of the cells.
In Oncology, this technique permits tumor detection, determining its degree of differentiation, radiotherapy planning, assessing earlier response to radiation or chemotherapy treatment, screening for the presence or absence of an active disease post treatment assessing how efficient the treatment has been, detecting the site of recurrence regardless of its location in the body, and detecting metastases that have escaped conventional examinations. Thus, a PET scan is not only a powerful diagnostic tool; it also has an influence on the therapeutic strategy.
Based on guidelines, a cancer patient needs to perform at least two PET scans per year during their medical treatment: one at the diagnostic phase in order to validate the diagnosis, study the extension report, then define the therapeutic modalities, and one at the end of each protocol in order to evaluate the results and to plan the patient’s new therapeutic plan. As follow-up, 1 PET scan per year is preferred to be done by the patient after finishing the treatment.
In Radiotherapy, a multimodal planning image – PET scan – could increase the targeting accuracy and therapeutic efficacy of the delivered radiation. Moreover, with its combination of anatomical and functional imaging, PET scan provides valuable information during and after the treatment.
Based on Ain Wazein Medical Village’s (AWMV) current activity, 1032 PET scans are requested for patients during their medical treatment and/or follow-up. And since AWMV is a referring center in its catchment area, and will be implementing a holistic care approach for cancer patients following the full launch of its Oncology Medical Center, that number is expected to witness a 5% to 10% increase yearly.