Phyla的动态

A bone scan is a powerful diagnostic tool in nuclear medicine that helps detect abnormalities in the bones. It involves using a small amount of radioactive material to identify conditions such as fractures, infections, and cancer. This non-invasive procedure provides detailed images, allowing for early detection and accurate treatment planning. A critical part of patient care, bone scans are essential in managing various skeletal disorders. #NuclearMedicine #BoneScan #MedicalImaging #PatientCare

2 on 2 : Two of our interesting images have been published in the last two issues of CNM. Imaging of lymph nodes with FAPI is an absolute dilemma. In our case, FAPI was significantly superior to FDG. It seems that dual PET imaging may improve accuracy for staging in gastrointestinal malignancies. BONUS: In the latest volume, a case of triple expressor DLBCL mimicking other malignancies without lymph node involvement was presented. Thanks to my dear professor Müge ?ner Tamam and all my colleagues. Links below, https://lnkd.in/d8WP67en https://lnkd.in/dsYThckj

DMSA vs. DTPA ?? A Comparative Analysis of Renal Imaging Agents This infographic provides a comprehensive overview of DMSA and DTPA, two essential radiopharmaceuticals used in nuclear medicine imaging of the kidneys. While they share similarities in their chelating properties, their distinct mechanisms of action and clinical applications make them invaluable tools for diagnosing and managing various renal conditions. ?? DMSA: Offers superior visualization of renal cortical structures, making it ideal for detecting scarring, tumors, and other anatomical abnormalities. ?? DTPA:Provides dynamic information about renal function and blood flow, enabling the assessment of glomerular filtration rate (GFR) and the identification of potential vascular issues. By understanding the unique advantages of each agent, healthcare professionals can select the most appropriate imaging modality for their patients' specific needs.

NEW PAPER PUBLISHED - This paper introduces new opportunity in DISC DEGENERATION PREVENTION And perhaps reversal. It is not determined to be proven but to suggest that spine chiropractic manipulation and mobilization alters the chemical composition of white fibrocartilage and nuclear material to improved chemical composition. We will continue following and perhaps instigating this type of disc research. Any comments are appreciated. James M. Cox, DC, DACBR https://lnkd.in/ezbnQBTt #coxtechnic #discdegeneration #spinalmanipulation #chiropractic #research #ChiropracticAdjustment #chiropracticcare #LOGAN

Neuron cell can be regenerated by exogenous substance like nucleotide ?

Study confirms Ki67 personalizes treatment of malignant tumours

NEW FROM THE MBoC JOURNAL Authors show that the interaction between Rab11a GTPase & Atg9A proteins depends on the mTOR kinase & is necessary for the emergence of LC3+ vesicles at the synapses upon stimulation, thus likely participating in autophagy-dependent neuroplasticity. https://ow.ly/RQS550QBO1k

55 YO male with a large oropharyngeal partial necrotic lesion. Diagnosis: Follicular Dendritic Cell Sarcoma FDCS is rare in extra nodal sites, but tonsillar involvement is known. Here, in the first look it resembled SCC, but something was off about the morphology. So please keep in mind this diagnosis when u see an unusual looking neoplasm in the tonsil. Initial panel of IHCs involved pan CK, EMA, p63, desmin, myogenin and S100. When all these came negative, CD21 and CD23 were done which came out positive. Learning points: - Painless solid mass in nodal and extranodal sites which behaves like low grade sarcoma - Oval to spindled cells, eosinophilic cytoplasm with syncytial borders arranged in fascicles, whorls or storiform patterns - Binucleate or multinucleate forms - Nuclear pseudoinclusions - Perivascular lymphocyte cuffs

DMSA vs. DTPA ?? A Comparative Analysis of Renal Imaging Agents This infographic provides a comprehensive overview of DMSA and DTPA, two essential radiopharmaceuticals used in nuclear medicine imaging of the kidneys. While they share similarities in their chelating properties, their distinct mechanisms of action and clinical applications make them invaluable tools for diagnosing and managing various renal conditions. ?? DMSA: Offers superior visualization of renal cortical structures, making it ideal for detecting scarring, tumors, and other anatomical abnormalities. ?? DTPA:Provides dynamic information about renal function and blood flow, enabling the assessment of glomerular filtration rate (GFR) and the identification of potential vascular issues. By understanding the unique advantages of each agent, healthcare professionals can select the most appropriate imaging modality for their patients' specific needs. Stay tuned for the upcoming posts ???? #medical_physics #nuclear_medicine #renal_imaging #DMSA #DTPA #kidney_health #gamma_camera #Radiopharmaceuticals #Icarus_phy

?? Developments in Theranostics for Brain Tumors! Experts from Europe and the U.S. have released joint guidelines for diagnosing and treating meningiomas using nuclear medicine's somatostatin receptor (SSTR) ligands. This new standard, published in the European Journal of Nuclear Medicine and Molecular Imaging, aims to streamline and enhance PET/CT imaging and PRRT for meningiomas. ?? Key Points ?? ??SSTR Ligands: Focus on technical aspects for effective imaging and treatment. ???? ??Increasing Use: Growing adoption of SSTR-PET/CT and PRRT in Europe and the U.S. ?? ??Theranostic Approach: The "See what you treat and treat what you see" method shows promising results. ???? ??Call for Trials: More clinical trials are needed to confirm efficacy and gain approvals. ???? #Radiopharma #Theranostics #NuclearMedicine #BrainTumors #MedicalInnovation #Healthcare #CancerTreatment #Meningiomas #PETCT #PRRT #MedicalGuidelines #InnovationInHealth #ClinicalTrials #CuttingEdgeScience