PSAMMOMYS OBESUS OF THE JERUSALEM COLONY: A MODEL FOR NUTRITIONALLY INDUCED, NON-INSULIN-DEPENDENT DIABETES

Artikel in diesem Heft

1. CONTENTS
2. EDITORIAL
3. Obituary
4. THE FAT SAND RAT: A QUINTESSENTIAL DESERT RODENT
5. ENERGY REQUIREMENTS OF THE FAT SAND RAT (PSAMMOMYS OBESUS) WHEN CONSUMING THE SALTBUSH, A TRIPLEX HALIMUS: A REVIEW
6. MULTIMODALITY (AUDITORY, VISUAL AND SOMATOSENSORY) EVOKED POTENTIALS IN THE SAND RAT, PSAMMOMYS OBESUS
7. MECHANISM OF HEAT ACCLIMATION INDUCED BRADYCARDIA IN THE SAND RAT
8. DISTRIBUTION OF ATRIAL NATRIURETIC PEPTIDES IN THE SAND RAT (PSAMMOMYS OBESUS) IN COMPARISON TO THAT IN THE RAT
9. THE EFFICIENCY OF SAND RAT METABOLISM IS RESPONSIBLE FOR DEVELOPMENT OF OBESITY AND DIABETES
10. EFFECT OF MIGLITOL AND ACARBOSE ON STARCH DIGESTION, DAILY PLASMA GLUCOSE PROFILES AND CATARACT FORMATION
11. PSAMMOMYS OBESUS OF THE JERUSALEM COLONY: A MODEL FOR NUTRITIONALLY INDUCED, NON-INSULIN-DEPENDENT DIABETES
12. THE METHODOLOGY FOR STUDYING COORDINATED CALCIUM CONCENTRATION CHANGES IN A PANCREATIC β CELL LINE
13. PHOSPHATE LOAD AS THE EVOLUTIONARY DRIVING FORCE FOR THE DEVELOPMENT OF A HIGH FILTRATION RATE BASED EXCRETORY ORGAN: A HYPOTHESIS
14. MECHANICAL AND METABOLIC PERFORMANCE OF THE RAT HEART: EFFECTS OF COMBINED STRESS OF HEAT ACCLIMATION AND SWIMMING TRAINING