Accurate diagnosis is the first and foremost prerequisite to treat any disease. Even a dreadful disease like cancer can be successfully treated provided the diagnosis is right and well in time. Year by year advancing technology has led to unprecedented inventions in medical science which now proved to facilitate advancer diagnoses in case of most of the ailments. Among these, CT scan is a prominent method to test a patient and obtain the clearest images of the patient's interior parts. Specialized CT scan for cancer is understandably much beneficial for oncologists to examine patients having this deadly disease and come up with the most appropriate treatment.
In this article, you may find detailed information around this sensitive subject. Contents here upgrade your knowhow on why a CT scan is critical in diagnosing cancer, the treatment plan based upon the scan results, factors that guide doctors in taking the right treatment decisions, limitations and considerations if any, and also the benefits of CT scans in providing apt cancer care.
Why CT Scans Are Critical in Cancer Diagnosis:
Computed Tomography scans, popularly known as CT scans, have amazing ability to take cross-sectional images of the body from within. The images provide detailed views and thus are extremely helpful for the doctors or healthcare experts to have an in-depth analysis of the patient's health.
Can a CT scan detect cancer? Undoubtedly yes! For anyone suspected for cancer may get asked to get computed tomography scan with the help of which oncologists, the cancer specialists, can clearly determine if a tumour exists, and if yes, also the location and size of the tumour. With the help of the cross-sectional images obtained, the oncologists can also know if the tumour is affecting any surrounding areas or is in contact with its neighbouring organs. For utmost precision in the CT scans, you must rely on a highly professional centre as Voltadiagnostics in Pune.
CT scans are exceptionally helpful in detecting cancers in some of the most crucial organs of the body such as liver, lungs and pancreas. With the help of the cross-sectional images obtained out of CT scans, the doctors can also identify metastasis where cancer spreads in other areas.
The biggest advantage is of CT scan for cancer is that the disease can be detected early and the treatment can begin much before it can spread. The chances of cure for the patients enhance and they can get expect fast recovery.
CT Scans in Treatment Planning:
After diagnosis, that is after detecting cancer and obtaining the exact images of cancer affected organ or area, it is time for treatment planning. CT scan images provide different views of the tumour present in the patient's body as a result of which, the specialist doctor is knows the size, shape and location of the tumour. Based upon these factors, the oncologists are in a situation to devise specific treatments for specific patients.
In fact, what enables doctors to plan the right type of treatment is accuracy. This accuracy not only provides the correct staging the cancer but also assists in planning the most appropriate intervention needed β be it through surgery, chemotherapy or radiation. Another important objective here is to minimize the possible damage tumour may cause to healthy tissues surrounding the cancer affected area.
You get the best results when the CT scan is done at one of the most advanced machines under the observation of the best radiologists at a centre like Voltadiagnostics Diagnosis Centre. If you are wondering can a CT scan detect cancer, it's an unwavering fact written on the wall that they enormously help in diagnosing cancer and they further help doctors to come up with the most facilitating treatment for the patient.
Guiding Treatment Decisions:
So the role of CT scans is pretty clear at this juncture. The images produced from CT scans on one hand provide detailed and widespread views of the exact part of the body a scan is done, and on the other hand, are pivotal in facilitating doctors to know the intensity of the problem and plan appropriate treatment.
When scanned for the presence of cancer, the CT scan images are even more instrumental in enabling oncologists to analyse the tumour. Based upon the CT scan images and report, oncologists can know the state of cancer whether it is shrinking, is stable or whether it is advancing.
Limitations and Considerations:
CT scans have limitations too, and so there need to be considerations. If a patient is advised to get radiation, this can leave harsh effects if the doses are of higher degree. This is unlike the X-rays which are harmless. CT scan for cancer is excellent in giving the idea about tumour, but to know how deadly the tumour is, i.e. it is malignant or benign, the doctors apply a different approach.
Advantages of CT Scans in Cancer Care
Needless to mention that CT scans offer diverse advantages in terms of cancer care, diagnosis and treatment. With the help of an accurate report they can confidently plan the next steps in their treatment process. For example, the specialists can decide if the patient needs to shift the therapy, should be taken to clinical trials or must go on with the present treatment. A problem with cancer is that there is a likelihood of new tumour development or presence of metastases.
When obtained from Voltagiagnostic, the CT scan center Wagholi, CT scans prove to be remarkably helpful in their identification too and once identified, the doctors can intervene and not let that spread further.
Conclusion:
To wrap it up, CT scan is now a proven method for the diagnosis and treatment of a harsh ailment like cancer. First, it is the high-resolution images that make the job of doctors easier in timely detecting, next, it is about the treatment planning and monitoring the growth of tumour which are additional aids to oncologists. Looking at the number of advantages they yield and the few limitations they possess, we may clearly conclude that doctors rely on it at present, and in future, in their more advanced form without having to wonder βcan a CT scan detect cancer?β