27 research outputs found
Metastatic meningioma: positron emission tomography CT imaging findings
The imaging findings of a case of metastasing meningioma are described. The case illustrates a number of rare and interesting features. The patient presented with haemoptysis 22 years after the initial resection of an intracranial meningioma. CT demonstrated heterogeneous masses with avid peripheral enhancement without central enhancement. Blood supply to the larger lesion was partially from small feeding vessels from the inferior pulmonary vein. These findings correlate with a previously published case in which there was avid uptake of fluoro-18-deoxyglucose peripherally with lesser uptake centrally. The diagnosis of metastasing meningioma was confirmed on percutaneous lung tissue biopsy
Metastatic meningioma: positron emission tomography CT imaging findings
The imaging findings of a case of metastasing meningioma are described. The case illustrates a number of rare and interesting features. The patient presented with haemoptysis 22 years after the initial resection of an intracranial meningioma. CT demonstrated heterogeneous masses with avid peripheral enhancement without central enhancement. Blood supply to the larger lesion was partially from small feeding vessels from the inferior pulmonary vein. These findings correlate with a previously published case in which there was avid uptake of fluoro-18-deoxyglucose peripherally with lesser uptake centrally. The diagnosis of metastasing meningioma was confirmed on percutaneous lung tissue biopsy
Does replacing sedentary behaviour with light or moderate to vigorous physical activity modulate inflammatory status in adults?
An atypical case of successful resuscitation of an accidental profound hypothermia patient, occurring in a temperate climate
Metastatic meningioma: positron emission tomography CT imaging findings
The imaging findings of a case of metastasing meningioma are described. The case illustrates a number of rare and interesting features. The patient presented with haemoptysis 22 years after the initial resection of an intracranial meningioma. CT demonstrated heterogeneous masses with avid peripheral enhancement without central enhancement. Blood supply to the larger lesion was partially from small feeding vessels from the inferior pulmonary vein. These findings correlate with a previously published case in which there was avid uptake of fluoro-18-deoxyglucose peripherally with lesser uptake centrally. The diagnosis of metastasing meningioma was confirmed on percutaneous lung tissue biopsy
A blood biomarker and clinical correlation cohort study protocol to diagnose sports-related concussion and monitor recovery in elite rugby
Introduction In professional rugby, sports-related
concussion (SRC) remains the most frequent time loss
injury. Therefore, accurately diagnosing SRC and
monitoring player recovery, through a multi-modal
assessment process, is critical to SRC management. In this
protocol study, we aim to assess SRC over multiple time
points post-injury to determine the value of multi-modal
assessments to monitor player recovery. This is of
significance to minimise premature return-to-play and,
ultimately, to reduce the long-term effects associated with
SRC. The study will also establish the logistics of
implementing such a study in a professional setting to
monitor a player’s SRC recovery.
Methods and analysis All players from the participating
professional rugby club within the Irish Rugby Football
Union are invited to participate in the current study. Player
assessment includes head injury assessment (HIA),
neuropsychometric assessment (ImPACT), targeted
biomarker analysis and untargeted biomarker analysis.
Baseline HIA, ImPACT, and blood draws are performed prior
to the start of playing season. During the baseline tests,
player’s complete consent forms and an SRC history
questionnaire. Subsequently, any participant that enters the
HIA process over the playing season due to a suspected SRC
will be clinically assessed (HIA and ImPACT) and their blood
will be drawn within 3 days of injury, 6 days post-injury, and
13 days post-injury.
Ethics and dissemination Ethical approval was attained
from the Science and Engineering Research Ethics
Committee, University of Limerick (Approval Code:
2018_06_11_S&E). On completion of the study, further
manuscripts will be published to present the results of
the tests and their ability to measure player recovery
from SRC.
Trial registration number NCT04485494