Comparing static and dynamic mode for medical thermography : Différence entre versions

De La Librairie Thermographique
(Post-observation, the restore to the "normality")
(Post-observation, the restore to the "normality")
Ligne 30 : Ligne 30 :
 
[[Fichier:Main-coolpack-thermographie.jpg|thermography of hand vascularization restoration after cooling|800px|alt=observation in thermography of a hand in dynamic cooling process and restore]]
 
[[Fichier:Main-coolpack-thermographie.jpg|thermography of hand vascularization restoration after cooling|800px|alt=observation in thermography of a hand in dynamic cooling process and restore]]
  
Material is here the same, a classical coolpack with a temperature of around 10°C, kept in hand during 30 seconds.
+
Material is here the same, a classical coolpack containing gel with a temperature of around 10°C, kept in hand during 30 seconds.
  
One major point is coolpack must absolutely be dry!! That's the Reason why we Don't use Simply water, to avoid the effect of water on skin who will poluting the observation, covering it in fact.
+
One major point is coolpack must absolutely be dry!! That's the Reason why we don't use simply water, to avoid the effect of water on skin who will poluting the observation, covering it in fact.
  
This protcol can replace an heavy examination with echography combinated with Larsen. the aim is studying the global vascularization by checking restoration time and level of the hand after a cooling.
+
This protocol can replace an heavy examination with echography combinated with Larsen. the aim is studying the global vascularization by checking restoration time and his level on the hand after a cooling.
  
 
Source of the protocol: [https://www.scienceopen.com/document_file/55e58c63-3895-4c84-ba8c-11afdc1dcbb9/PubMedCentral/55e58c63-3895-4c84-ba8c-11afdc1dcbb9.pdf Dual-mode Imaging of CutaneousTissue Oxygenation and Vascular Function]
 
Source of the protocol: [https://www.scienceopen.com/document_file/55e58c63-3895-4c84-ba8c-11afdc1dcbb9/PubMedCentral/55e58c63-3895-4c84-ba8c-11afdc1dcbb9.pdf Dual-mode Imaging of CutaneousTissue Oxygenation and Vascular Function]

Version du 1 mars 2019 à 10:00


Dynamic and Static mode in medical thermal image

In thermography, we have the choice to observe the moment, in static, the evolution or provoque ourselves the chance, that's the dynamic mode.

Dynamic mode request a broad experience in order to master the consequences of the stimulation and their limits. It requests too to catch the desired instant because dynamic is by definition fugace...


A lot of things can be observe, the change voluntary provoqued or the fall back to normality, evolution or new equiliar point.


Observation of the change itself

Observation of a dynamic thermographic protocol on a breastg cancer

At left, original situation, static mode, inverted gray palette.

At right, dynamic observation after subject kept in her hands a gel coolpack at a temperature of around 10°C during 3 minutes.

Quality of image is completely changing and patterns are now well sharp. Of course first image allows already to analyze the situation but second is clearly easier to interprete and this finally remove minor points from the observation.

In some case, this is the only way to reveal an infection or illness who's quite discrete without this kind of protocol.


Post-observation, the restore to the "normality"

observation in thermography of a hand in dynamic cooling process and restore

Material is here the same, a classical coolpack containing gel with a temperature of around 10°C, kept in hand during 30 seconds.

One major point is coolpack must absolutely be dry!! That's the Reason why we don't use simply water, to avoid the effect of water on skin who will poluting the observation, covering it in fact.

This protocol can replace an heavy examination with echography combinated with Larsen. the aim is studying the global vascularization by checking restoration time and his level on the hand after a cooling.

Source of the protocol: Dual-mode Imaging of CutaneousTissue Oxygenation and Vascular Function

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