Cancer Imaging is the official journal of the International Cancer Imaging Society (ICIS)
Articles
Page 17 of 17
-
Citation: Cancer Imaging 2015 1:10010077
-
Multidisciplinary Symposium — Lymphoma
Citation: Cancer Imaging 2015 1:10010064 -
Keynote Lectures — New Approaches to Cancer Imaging
Citation: Cancer Imaging 2015 1:10010052 -
Multidisciplinary Symposium — Prostate Cancer
Citation: Cancer Imaging 2015 1:10010044 -
Multidisciplinary Symposium — Lung Cancer
Citation: Cancer Imaging 2015 1:10010035 -
Keynote Lectures — Importance of Tumour Measurements
Citation: Cancer Imaging 2015 1:10010028 -
Keynote Lecture — Breast Cancer
Citation: Cancer Imaging 2015 1:10010025 -
Multidisciplinary Symposium — Breast Cancer
Citation: Cancer Imaging 2015 1:10010018 -
Multidisciplinary Symposium — Colorectal Cancer
Citation: Cancer Imaging 2015 1:10010005 -
Detection of peritoneal metastases
The peritoneum is the largest and most complexly arranged serous membrane in the body. The potential peritoneal spaces, the peritoneal reflections forming peritoneal ligaments, mesenteries, omenta, and the nat...
Citation: Cancer Imaging 2015 1:10286 -
CT demonstration of the spontaneous regression of a hypervascular lesion in cirrhotic liver
In patients with liver cirrhosis, arterial phase enhancement of nodular lesions on helical-CT is currently considered to be highly predictive of malignancy. We report the spontaneous regression of a hypervascu...
Citation: Cancer Imaging 2015 1:10279 -
Imaging liver metastases—size is important
Citation: Cancer Imaging 2015 2:26 -
Tumour oxygenation measurements using computed tomography and magnetic resonance imaging
Citation: Cancer Imaging 2015 2:21 -
Evidence-based medicine: clinical utility of PET in oncology
Citation: Cancer Imaging 2015 2:19 -
Indeterminate liver lesions in cancer
It is important to distinguish liver metastases from incidental benign liver lesions which may be present in patients with cancer. In a minority of cases, sonography or CT may be sufficient to characterise ben...
Citation: Cancer Imaging 2015 2:17 -
CT/MRI of nodal metastases in pelvic cancer
Citation: Cancer Imaging 2015 2:16 -
Imaging findings of extraosseous multiple myeloma
Multiple myeloma is characterised by a progressive proliferation of malignant plasma cells usually initiating in the bone marrow. The most common manifestations of this disease are bone involvement, renal dise...
Citation: Cancer Imaging 2015 2:15 -
Anatomy of the head and neck: background information
Citation: Cancer Imaging 2015 2:14 -
Masson’s tumour of the kidney
In 1923 Masson described a neo-plastic process consisting of papillary hyperplasia of the vascular endothelial cells, with a consequent obliteration of the vascular lumen, followed by degenerative changes. He ...
Citation: Cancer Imaging 2015 2:14 -
Head and neck cancer: the surgeon’s role
Citation: Cancer Imaging 2015 2:13 -
Radiopharmaceuticals in monitoring cancer
Citation: Cancer Imaging 2015 2:12 -
Prostate cancer: clinical questions and imaging answers
Citation: Cancer Imaging 2015 2:12 -
Ovarian cancer — difficulties in monitoring response
Citation: Cancer Imaging 2015 2:11 -
Problems in the assessment of treatment response
Citation: Cancer Imaging 2015 2:10 -
CT of splenic disease
Citation: Cancer Imaging 2015 2:10 -
International criteria for measurement of tumour response
Citation: Cancer Imaging 2015 2:9 -
Recent advances in imaging breast cancer
Citation: Cancer Imaging 2015 2:8 -
Polyarteritis nodosa mimicking a testis tumour: a case report and review of the literature
A 28-year-old man presented with a seven-day history of testicular pain. Physical examination revealed a mass in the lower pole of the left testis. This mass was a tumour suspect on scrotal ultrasound and MRI....
Citation: Cancer Imaging 2015 2:8 -
Multislice CT in tumor detection
Citation: Cancer Imaging 2015 2:7 -
Lymphoma: imaging in the evaluation of residual masses
In the management of patients with lymphoma, imaging is essential not only for diagnosis but also to define prognosis and treatment by staging. Imaging is also used to assess the response to treatment that may...
Citation: Cancer Imaging 2015 2:7 -
Carcinoma of the pancreas: detection and staging using CT and MRI
Citation: Cancer Imaging 2015 2:6 -
The surgeon’s view
Citation: Cancer Imaging 2015 2:5 -
Role of positron emission tomography in lung cancer
The ability to demonstrate tumour foci that are undetected by conventional imaging has resulted in the emergence of positron emission tomography (PET) as a valuable clinical tool in oncology. This article desc...
Citation: Cancer Imaging 2015 2:5 -
Ovarian cancer screening
Citation: Cancer Imaging 2015 2:4 -
Nuclear medicine imaging in bone metastases
Nuclear medicine techniques designed to identify bone metastases are reviewed. They include planar and whole body, single photon emission tomography (SPET), F-18 Fluorine and FDG, deoxyglucose, positron emissi...
Citation: Cancer Imaging 2015 2:4 -
Colon cancer screening
Citation: Cancer Imaging 2015 2:3 -
MR imaging of the prostate
There is no set protocol for imaging prostate cancer, and a selection of a particular modality (TRUS, CT or MRI) often depends on the equipment and local expertise available. None of the imaging modality is pe...
Citation: Cancer Imaging 2015 2:3 -
Proposals for lung cancer screening in the UK
Citation: Cancer Imaging 2015 2:2 -
Staging of oesophageal cancer
Citation: Cancer Imaging 2015 2:2 -
Significance of results in cancer imaging
Citation: Cancer Imaging 2015 2:1
Official journal of
Follow
Annual Journal Metrics
-
Citation Impact
5.605 - 2-year Impact Factor (2021)
4.980 - 5-year Impact Factor (2021)
1.514 - Source Normalized Impact per Paper (SNIP)
1.076 - SCImago Journal Rank (SJR)Speed
44 days to first decision for all manuscripts (Median)
70 days to first decision for reviewed manuscripts only (Median)Usage
798,074 Downloads (2022)
210 Altmetric mentions (2021)