By Sergio Stagnaro
Nowadays, all Authors agree with the statement that early bedside diagnosing adrenal cancer is a very difficult diagnosis. Not to mention the diagnosis of Oncological Terrain-Dependent, Inherited Real Risk of adreanal cancer, so far poorly known by physicians.
According to American Cancer Society, it is hard to find adrenal cancers early, and they are often quite large by the time they are diagnose.
https://www.cancer.org/cancer/adrenal-cancer/detection-diagnosis-staging/detection.html
Adrenal cancers are often found earlier in children than in adults because cancers in children are more likely to secrete hormones that lead to signs and symptoms. For example, children may develop signs of puberty at an early age due to sex hormones made by adrenal cancer cells.
These tumors are sometimes found early by accident in adults, such as when a computed tomography scan of the abdomen is done for some other health concern (ibidem).
The American Cancer Society has official recommendations for the early detection of several types of cancer. But because adrenal cancers occur so rarely, the Society does not recommend routine testing for this cancer in people without any symptoms.
Therefore, the importance of a reliable clinical method, which uses a common stethoscope, of rapid application in all newborns, is evident. Such a method allows physicians to bedside recognize cancer first stage, i.e., Oncological Terrain-Dependent, Inherited Real Risk of adrenal cancer in symptomless individuals starting from the birth.
Traversaro’s Manoeuvre* in bedside recognizing Inherited Real Risk and overt Cancer of Adrenal Gland
The physician evaluates a first time, at basal line, the Adrenal Gland-Gastric Aspecific Reflex parameter values.
In health, the reflex Latency Time is 8 sec. and Duration > 3 sec. – 4 sec. < . Interestingly, the final Gastric Tonic Contraction, showing intense local tissue acidosis, is absent.
On the contrary, in individual involved by Inherited Real Risk of adrenal gland, i.e., in cancer first stage, the Latency Time is still 8 sec., but the Duration is pathological: 4 sec. or more.
In overt cancer of adrenal gland, Latency Time appears to be reduced in inverse relation to the cancer stage.
Importantly, the reflex is followed by Gastric Tonic Contraction, whose intensity is related to the seriousness of underlying disorder.
Thereafter, physician exerts the intense digital pressure (1,000 dyne / cm.2) over the lowerest part of the mastoid process, i.e., on the neuronal center of ACTH-RH, evaluating for the second time the reflex parameter values.
In health, one observes simultaneously the doubling of the Latency Time.
On the contrary, in the presence of Inherited Real Risk of adrenal gland and, of course, in overt cancer, the lengthening of the Latency Time is significantly less intense, without ever doubling.
The physicians, skilled in Quantum Biophysical Semeiotic and Clinical Microangiology (1-18), can assess the above referred events from another, more refined, view-point, bedside assessing the Implicate Order, according to D. Bohm, underlying the Explicate Order, ie., Gastric Aspecific Reflex.
In health, microcirculation in both ACTH-RH neuronal center and in adrenal gland isn’t activated.
On the contrary, starting from the Inherited Real Risk of adrenal gland lesion, in the above brain center and in adrenal gland, where is the malignancy, there is a slight microcirculatory activation still at basal line.
In addition, during intense stimulation exclusively in healthy individuals physician observes simultaneously microcirculatory activation, that lasts 10 sec. (NN = 6 sec.).
On the contrary, in adrenal gland cancer, such a microcirculatory activation appears after latency time of 3 sec. is slight lasting less than 10 sec, paralleling the seriousness of underlying disorder: Traversaro’ Manoeuvre Positive.
*Manovra dedicata all’Amico e Collega Angelo Traversaro, Medic di MG. in Sestri Levante.
[…] Sergio Stagnaro (2018). Traversaro’s Manoeuvre plays a central Role in bedside Diagnosing Adrenal Gland Cancer, starting from its Oncological Terrain-Dependent, Inherited Real Risk. https://dabpensiero.wordpress.com/2018/10/26/traversaros-manoeuvre-plays-a-central-role-in-bedside-d… […]
[…] Sergio Stagnaro (2018). Traversaro’s Manoeuvre plays a central Role in bedside Diagnosing Adrenal Gland Cancer, starting from its Oncological Terrain-Dependent, Inherited Real Risk. https://dabpensiero.wordpress.com/2018/10/26/traversaros-manoeuvre-plays-a-central-role-in-bedside-d… […]
[…] Sergio Stagnaro (2018). Traversaro’s Manoeuvre plays a central Role in bedside Diagnosing Adrenal Gland Cancer, starting from its Oncological Terrain-Dependent, Inherited Real Risk. https://dabpensiero.wordpress.com/2018/10/26/traversaros-manoeuvre-plays-a-central-role-in-bedside-d… […]
[…] Sergio Stagnaro (2018). Traversaro’s Manoeuvre plays a central Role in bedside Diagnosing Adrenal Gland Cancer, starting from its Oncological Terrain-Dependent, Inherited Real Risk. https://dabpensiero.wordpress.com/2018/10/26/traversaros-manoeuvre-plays-a-central-role-in-bedside-d… […]
[…] 24) Sergio Stagnaro. Traversaro’s Manoeuvre plays a central Role in bedside Diagnosing Adrenal Gland Cancer, starting from its Oncological Terrain-Dependent, Inherited Real Risk. https://dabpensiero.wordpress.com/2018/10/26/traversaros-manoeuvre-plays-a-central-role-in-bedside-d… […]
[…] Sergio Stagnaro. Traversaro’s Manoeuvre plays a central Role in bedside Diagnosing Adrenal Gland Cancer, starting from its Oncological Terrain-Dependent, Inherited Real Risk. https://dabpensiero.wordpress.com/2018/10/26/traversaros-manoeuvre-plays-a-central-role-in-bedside-d… […]
[…] 24) Sergio Stagnaro. Traversaro’s Manoeuvre plays a central Role in bedside Diagnosing Adrenal Gland Cancer, starting from its Oncological Terrain-Dependent, Inherited Real Risk. https://dabpensiero.wordpress.com/2018/10/26/traversaros-manoeuvre-plays-a-central-role-in-bedside-d… […]