• Destruction of the vestibular nuclei of Deiters
  • Stimulation of the otolithic vestibular receptors
  • Stimulation of the vestibular nuclei of Deiters
  • Stimulation of the vestibulocochlear nerve
  • Stimulation of the ampullar vestibular receptors
  • II type (antibody-dependent)
  • I type (anaphylactic)
  • III type (immune complex)
  • IV type (cellular cytotoxicity)
  • IV type (granulomatosis)
  • They remove cholesterol from tissues
  • They supply tissues with cholesterol
  • They are involved in the breakdown of cholesterol
  • They activate the conversion of cholesterol to bile acids
  • They promote absorption of cholesterol in the intestine
  • Pyruvate dehydrogenase complex
  • Microsomal oxidation
  • Methemoglobin reductase
  • Glutathione peroxidase
  • Glutathione reductase
  • Bursa omentalis
  • Bursa praegastrica
  • Right lateral channel (canalis lateralis dexter)
  • Left lateral channel (canalis lateralis sinister)
  • Bursa hepatica
  • Ramus circumflexus
  • Ramus interventricularis posterior
  • A. coronaria dextra
  • V.cordisparva
  • Ramus interventricularis anterior
  • Peroxidase and catalase
  • Oxygenase and hydroxylase
  • Cytochrome oxidase, cytochrome B5
  • Oxygenase and catalase
  • Flavin-dependent oxidase
  • Epithelium of the filiform papillae
  • Epithelium of the foliate papillae
  • Epithelium of the fungiform papillae
  • Epithelium of the circumvallate papillae
  • Connective-tissue base of all the lingual papillae
  • Inspiratory reserve volume
  • Expiratory reserve volume
  • Respiratory volume
  • Residual volume
  • Functional residual lung capacity
  • Intestinal motility
  • Gastric juice secretion
  • Pancreatic juice secretion
  • Gastric motor activity
  • Water absorption
  • Decreasing venous return
  • Increasing venous return
  • Increasing central venous pressure
  • Decreasing oncotic pressure of blood plasma
  • Increasing arterial pressure
  • Glaucine hydrochloride
  • Codeine phosphate
  • Morphine hydrochloride
  • Potassium iodide
  • Althaea officinalis root extract
  • Decreased activity of glucose reabsorption enzymes
  • Increased activity of glucose reabsorption enzymes
  • Exceeded glucose reabsorption threshold
  • Increased glucose secretion
  • Increased glucose filtration
  • Closure of right interventricular foramen
  • Closure of left interventricular foramen
  • Atresia of tubus medullaris
  • Atresia of sylvian aqueduct
  • Atresia of the fourth ventricle foramina
  • Simple branched alveolar gland
  • Compound branched alveolar gland
  • Simple unbranched alveolar gland
  • Compound unbranched alveolar gland
  • Simple branched tubular gland