1.Unusual mediastinal lymph node uptake and peritoneopleural fistula demonstrated on Technetium-99mm acro-aggregated human serum albumin (Tc-99m MAA) peritoneal scintigraphy in a patient with portal hypertension
Colin Jingxian Tan ; Sue Ping Thang ; Winnie Wing-Chuen Lam
The Medical Journal of Malaysia 2016;71(2):69-71
Peritoneal radionuclide scan is an established imaging
modality for evaluating peritoneopleural communications. In
this case report, unusual mediastinal lymph node
radiotracer uptake is seen in a patient with portal
hypertension on peritoneal scintigraphy. This was
suspected to be due to marked lymphatic enlargement from
longstanding portal hypertension since childhood,
permitting passage of the large Tc-99m MAA particle. The
nodes were morphologically benign on CT. Mediastinal
lymph node uptake on peritoneal scintigraphy is rare but
should not raise undue clinical concern, particularly in a
patient with chronic portal hypertension. Anatomic
correlation with SPECT-CT can provide reassurance.
2.Teaching the millennial radiology resident: applying a five-step 'microskills' pedagogy.
Colin Jingxian TAN ; Chee Yeong LIM
Singapore medical journal 2018;59(12):619-621
Radiology is a unique medical specialty that focuses on image interpretation and report generation with limited patient contact. Resident read-out sessions with teaching are a quintessential part of reporting workflow practices in teaching institutions. However, most radiologist-educators do not have formal training in teaching and learning experiences vary. The five-step 'microskills' model ('one-minute preceptor' technique) developed by Neher is an easily adopted teaching model that complements the workflow of the typical read-out session, and can be utilised by radiologists of varied teaching experience and seniority. The steps are: (a) get a commitment; (b) probe for supporting evidence; (c) teach general rules; (d) reinforce what was done right; and (e) correct mistakes. Feedback is important to the model and accounts for two out of five microskills. The teaching model emphasises knowledge application and establishing relevance, which is useful in engaging the millennial resident. It is easily assimilated and applied by radiologist-educators.
Curriculum
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Education, Medical
;
methods
;
Humans
;
Internship and Residency
;
Learning
;
Physicians
;
Preceptorship
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Radiographic Image Interpretation, Computer-Assisted
;
Radiography
;
Radiology
;
education
;
trends
;
Teaching
3.Current Status and Growth of Nuclear Theranostics in Singapore
Hian Liang HUANG ; Aaron Kian Ti TONG ; Sue Ping THANG ; Sean Xuexian YAN ; Winnie Wing Chuen LAM ; Kelvin Siu Hoong LOKE ; Charlene Yu Lin TANG ; Lenith Tai Jit CHENG ; Gideon Su Kai OOI ; Han Chung LOW ; Butch Maulion MAGSOMBOL ; Wei Ying THAM ; Charles Xian Yang GOH ; Colin Jingxian TAN ; Yiu Ming KHOR ; Sumbul ZAHEER ; Pushan BHARADWAJ ; Wanying XIE ; David Chee Eng NG
Nuclear Medicine and Molecular Imaging 2019;53(2):96-101
The concept of theranostics, where individual patient-level biological information is used to choose the optimal therapy for that individual, has become more popular in the modern era of ‘personalised’ medicine. With the growth of theranostics, nuclear medicine as a specialty is uniquely poised to grow along with the ever-increasing number of concepts combining imaging and therapy. This special report summarises the status and growth of Theranostic Nuclear Medicine in Singapore.We will cover our experience with the use of radioiodine, radioiodinated metaiodobenzylguanidine, peptide receptor radionuclide therapy, prostate specific membrane antigen radioligand therapy, radium-223 and yttrium-90 selective internal radiation therapy.We also include a section on our radiopharmacy laboratory, crucial to our implementation of theranostic principles. Radionuclide theranostics has seen tremendous growth and we hope to be able to grow alongside to continue to serve the patients in Singapore and in the region.
Hope
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Humans
;
Lutetium
;
Membranes
;
Nuclear Medicine
;
Prostate
;
Radium
;
Receptors, Peptide
;
Singapore
;
Theranostic Nanomedicine
;
Yttrium
4.Current Status and Growth of Nuclear Theranostics in Singapore
Hian Liang HUANG ; Aaron Kian Ti TONG ; Sue Ping THANG ; Sean Xuexian YAN ; Winnie Wing Chuen LAM ; Kelvin Siu Hoong LOKE ; Charlene Yu Lin TANG ; Lenith Tai Jit CHENG ; Gideon Su Kai OOI ; Han Chung LOW ; Butch Maulion MAGSOMBOL ; Wei Ying THAM ; Charles Xian Yang GOH ; Colin Jingxian TAN ; Yiu Ming KHOR ; Sumbul ZAHEER ; Pushan BHARADWAJ ; Wanying XIE ; David Chee Eng NG
Nuclear Medicine and Molecular Imaging 2019;53(2):96-101
The concept of theranostics, where individual patient-level biological information is used to choose the optimal therapy for that individual, has become more popular in the modern era of ‘personalised’ medicine. With the growth of theranostics, nuclear medicine as a specialty is uniquely poised to grow along with the ever-increasing number of concepts combining imaging and therapy. This special report summarises the status and growth of Theranostic Nuclear Medicine in Singapore.We will cover our experience with the use of radioiodine, radioiodinated metaiodobenzylguanidine, peptide receptor radionuclide therapy, prostate specific membrane antigen radioligand therapy, radium-223 and yttrium-90 selective internal radiation therapy.We also include a section on our radiopharmacy laboratory, crucial to our implementation of theranostic principles. Radionuclide theranostics has seen tremendous growth and we hope to be able to grow alongside to continue to serve the patients in Singapore and in the region.