Project description:DART-MS can rapidly detect carpaine in various forms of papaya leaf products.
No sample preparation is needed for DART-MS, enhancing efficiency.
Analysis with DART-MS takes less than a minute per sample, ideal for rapid screening.
Validated DART-MS method demonstrated robust identification with low LOD.
Project description:The objective of the present investigation was to consider the level of variation in the protein expression patterns of closely related Salmonella serovars, in order to search for protein factors with levels of expression or posttranslational modifications characteristic for each serovar. For the comparative expression analysis we have utilised classic 2D GE approach which revealed several proteins with serovar specific expression as well as proteins which do not alter their expression levels between serovars and strains. The proteins of interest were identified using LC/MS/MS. Keywords: 2D GE, MS/MS
Project description:The objective of the present investigation was to consider the level of variation in the protein expression patterns of closely related Salmonella serovars, in order to search for protein factors with levels of expression or posttranslational modifications characteristic for each serovar. For the comparative expression analysis we have utilised classic 2D GE approach which revealed several proteins with serovar specific expression as well as proteins which do not alter their expression levels between serovars and strains. The proteins of interest were identified using LC/MS/MS. Keywords: 2D GE, MS/MS Analysis of 12 strains of S. enterica representing five different serovars.
Project description:Interventions: Group 1: The Remote Assist application allows discussion or collaboration in teams with a shared view of a patient-specific case. A post-market follow-up (PMCF) observation will confirm the safety as well as an acceptable benefit/risk ratio of the tool in different scenarios.
Instead of the telephone or other means of communication, remote assist via VSI HoloMedicine of the MS Team tool will be used in three different scenarios. The following scenarios are evaluated: Adding to the operating room (Whipple) (n=3), indication discussion with collegium (n=3), and emergency department support (ileus, cholelithiasis, appendicitis).
The purpose of this qualitative study is to evaluate the teams use of VSI HoloMedicine, in the context of surgery, physician on-call, and the emergency department for the following purposes.
Evaluate:
Confirm the performance of the teams integration of VSI HoloMedicine (remote assist / 3D hologram / streaming / voice quality).
Deployment in different scenarios (OR / emergency / on-call) in terms of remote collaboration.
Evaluation of usability, advantages and disadvantages
Confirmation of the safety of the medical device
Satisfaction of the users
Observation of any unforeseen risks related to the function,
Ensuring continued acceptance of the risk-benefit ratio.
Measurement of mental workload (NASA-TLX).
Primary outcome(s): The Remote Assist application enables discussion or collaboration in teams with a shared view of a patient-specific case. A post-market follow-up (PMCF) observation will confirm the safety as well as an acceptable benefit/risk ratio of the tool in different scenarios.
Instead of the telephone or other means of communication, remote assist via VSI HoloMedicine of the MS Team tool will be used in three different scenarios. The following scenarios are evaluated: Adding to the operating room (Whipple) (n=3), indication discussion with colleagues (n=3), and emergency support (ileus, cholelithiasis, appendicitis).
The aim is long-term post-marketing clinical follow-up (PMCF) of the performance, clinical utility, and safety of the product with respect to MS Teams use of VSI HoloMedicine.
Study Design: Allocation: ; Masking: ; Control: ; Assignment: ; Study design purpose: other