| The function of salivary proteins and the regulation of their secretion by salivary glands | |
| Gordon B. Proctor, Guy H. Carpenter | 3-15 |
| Novel genes and hormones in salivary glands: from the gene for the submandibular rat 1 protein (SMR1) precursor to receptor sites for SMR1 mature peptides | |
| Catherine Rougeot, Isabelle Rosinski-Chupin, François Rougeot | 17-32 |
| Cystatin S: Molecular biology and sympathetic innervation | |
| Phyllis Shaw, Orlando Chaparro | 33-46 |
| Neuroimmunoendocrinology of the cervical autonomic nervous system | |
| Daniel P. Cardinali, Ana I. Esquifino | 47-59 |
| Role for the sympathetic nervous system in the control of salivary secretion by environmental stimuli | |
| Salvador Bellavia, Raquel Gallar | 61-68 |
| The thermolytic salivation of the rat and the kallikrein-kinin system | |
| Jacques Damas | 69-77 |
| Immunoregulation by the salivary glands | |
| Edris Sabbadini, Istvan Berczi | 79-91 |
| Submandibular glands, nerve growth factor and neuroinflammatory responses in rodents | |
| Luigi Aloe, Marco Fiore | 93-99 |
| Submandibular gland peptides and the modulation of anaphylactic and endotoxic reactions | |
| Ronald Mathison | 101-106 |
| Salivary gland structure and function in experimental diabetes mellitus | |
| Leigh C. Anderson | 107-119 |
| Ionizing irradiation and the salivary gland sequelae | |
| R. M. Nagler | 121-129 |
| The immunology of Sjögren's syndrome: emphasis on the role of salivary gland autoantigen | |
| Yoshio Hayashi | 131-141 |
| A suggestive neurotrophic potential of mast cells in heart and submandibular glands of the rat | |
| Anton B. Tonchev, Kamen P. Valchanov, Olawale A. R. Sulaiman, Peter I. Ghenev, George N. Chaldakov | 143-145 |