Isothermic and dynamic thermogravimetry was applied to rabbit parotid and submandibular glands to quantitate and characterize the water present inside them. Isothermic thermogravimetry demonstrated that at 95-degrees-C a quota of water is still present in the samples. Dynamic thermogravimetry evidenced that temperatures higher than 200-degrees-C are required for the release of the highest energy bound water from both glands. In addition during present research it was found that submandibular gland, an organ considered histologically homogeneous, reveals an heterogeneous distribution of water.
THERMOGRAVIMETRY STUDY ON THE WATER IN SECRETORY-TISSUES OF RABBIT / Menghi, G; Curini, Roberta; Materazzi, Stefano. - In: CELLULAR AND MOLECULAR BIOLOGY. - ISSN 0145-5680. - STAMPA. - 37:3(1991), pp. 347-352.
THERMOGRAVIMETRY STUDY ON THE WATER IN SECRETORY-TISSUES OF RABBIT
CURINI, Roberta;MATERAZZI, Stefano
1991
Abstract
Isothermic and dynamic thermogravimetry was applied to rabbit parotid and submandibular glands to quantitate and characterize the water present inside them. Isothermic thermogravimetry demonstrated that at 95-degrees-C a quota of water is still present in the samples. Dynamic thermogravimetry evidenced that temperatures higher than 200-degrees-C are required for the release of the highest energy bound water from both glands. In addition during present research it was found that submandibular gland, an organ considered histologically homogeneous, reveals an heterogeneous distribution of water.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
