TriangleNCT05561920 · OUTCOME
The Results of Pharyngoesophageal Segment (PES) Vibration Analysed With the Biomechanical Model Obtained by High - Speed Video Endoscopy - Central Tendency and Dispersion - Open and Closed Phase Duration (%), Relative Shimmer and Relative Jitter
Results reported by the registry submitting party. Population, time horizon, units and missing values must be read together.
- Measure
- MEDIAN
- Unit
- percentage (%)
- Interval / dispersion
- Inter-Quartile Range
- Time frame
- 3 months
What was measured
The development of the biomechanical model of the PES aims to quantify non-stationary pharyngoesophageal vibrations and draw conclusions about the temporal characteristics of tissue stiffness, oscillating mass, pressure, and geometric distributions within the PES. The biomechanical model identifies mathematical dependencies and analyses extracted time signals of the PES opening and contours (i.e. the opening and closing of the vibrating mucosa of the PES). The PES waveform allows calculation of relative shimmer (%), relative jitter (%), and the duration of the open and closed phases (%), or the percentage of open or closed time of the PES, which is calculated from the PES waveform using the formulas listed in reference 5.
Groups in this outcome
The Results of PES Vibration Analysed With the Biomechanical Model - Central Tendency and Dispersion
Patients who have undergone total laryngectomy and completed minimal their 6-month period without disease after surgery and post-operative treatments such as radiotherapy or chemotherapy. The development of the biomechanical model of the PES in order to quantify non-stationary pharyngoesophageal vibrations and drawing conclusions on the temporal characteristics of tissue stiffness, oscillating mass, pressure, and geometric distributions within the PES. The biomechanical model identify mathematical dependencies and analyse extracted time signals of the PES opening and contours (i.e. the opening and closing of the vibrating mucosa of the PES).
| Group | Source count |
|---|---|
| The Results of PES Vibration Analysed With the Biomechanical Model - Central Tendency and Dispersion | 55 |
Reported measurements
Open phase duration of PES
| Group | Value | Spread | Lower | Upper | Comment |
|---|---|---|---|---|---|
| The Results of PES Vibration Analysed With the Biomechanical Model - Central Tendency and Dispersion | 0.77 | Not reported | 0.68 | 0.83 | Not reported |
Close phase duration of PES
| Group | Value | Spread | Lower | Upper | Comment |
|---|---|---|---|---|---|
| The Results of PES Vibration Analysed With the Biomechanical Model - Central Tendency and Dispersion | 0.36 | Not reported | 0.33 | 0.42 | Not reported |
Relative Shimmer
| Group | Value | Spread | Lower | Upper | Comment |
|---|---|---|---|---|---|
| The Results of PES Vibration Analysed With the Biomechanical Model - Central Tendency and Dispersion | 0.99 | Not reported | 0.64 | 2.16 | Not reported |
Relative Jitter
| Group | Value | Spread | Lower | Upper | Comment |
|---|---|---|---|---|---|
| The Results of PES Vibration Analysed With the Biomechanical Model - Central Tendency and Dispersion | 2.94 | Not reported | 1.55 | 4.98 | Not reported |
Complete source fields
- classes
- categories
- measurements
- group Id
- OG000
- lower Limit
- 0.68
- upper Limit
- 0.83
- value
- 0.77
- title
- Open phase duration of PES
- categories
- measurements
- group Id
- OG000
- lower Limit
- 0.33
- upper Limit
- 0.42
- value
- 0.36
- title
- Close phase duration of PES
- categories
- measurements
- group Id
- OG000
- lower Limit
- 0.64
- upper Limit
- 2.16
- value
- 0.99
- title
- Relative Shimmer
- categories
- measurements
- group Id
- OG000
- lower Limit
- 1.55
- upper Limit
- 4.98
- value
- 2.94
- title
- Relative Jitter
- denoms
- counts
- group Id
- OG000
- value
- 55
- units
- Participants
- description
- The development of the biomechanical model of the PES aims to quantify non-stationary pharyngoesophageal vibrations and draw conclusions about the temporal characteristics of tissue stiffness, oscillating mass, pressure, and geometric distributions within the PES. The biomechanical model identifies mathematical dependencies and analyses extracted time signals of the PES opening and contours (i.e. the opening and closing of the vibrating mucosa of the PES). The PES waveform allows calculation of relative shimmer (%), relative jitter (%), and the duration of the open and closed phases (%), or the percentage of open or closed time of the PES, which is calculated from the PES waveform using the formulas listed in reference 5.
- dispersion Type
- Inter-Quartile Range
- groups
- description
- Patients who have undergone total laryngectomy and completed minimal their 6-month period without disease after surgery and post-operative treatments such as radiotherapy or chemotherapy. The development of the biomechanical model of the PES in order to quantify non-stationary pharyngoesophageal vibrations and drawing conclusions on the temporal characteristics of tissue stiffness, oscillating mass, pressure, and geometric distributions within the PES. The biomechanical model identify mathematical dependencies and analyse extracted time signals of the PES opening and contours (i.e. the opening and closing of the vibrating mucosa of the PES).
- id
- OG000
- title
- The Results of PES Vibration Analysed With the Biomechanical Model - Central Tendency and Dispersion
- param Type
- MEDIAN
- reporting Status
- POSTED
- time Frame
- 3 months
- title
- The Results of Pharyngoesophageal Segment (PES) Vibration Analysed With the Biomechanical Model Obtained by High - Speed Video Endoscopy - Central Tendency and Dispersion - Open and Closed Phase Duration (%), Relative Shimmer and Relative Jitter
- type
- PRIMARY
- unit Of Measure
- percentage (%)
Download exact source JSON → · Snapshot ctgov-results-25a395029948b04d52b1253f
Preserved source evidence · Not medical advice