Page 740 - Fluid, Electrolyte, and Acid-Base Disorders in Small Animal Practice
P. 740

728        INDEX


            Hydroxyethyl starches (Continued)   metabolic acidosis and, 137, 255  magnesium for, 223
              degree of volume expansion by, 652  nonpathologic, 142–145          metabolic acidosis and, 108, 248, 250, 255
              dose of, 655                      normal response to, 132           perioperative management of, 408
              drug interactions with, 410       parathyroid hormone in, 132, 139, 141–142,  posttransfusion, 597, 597t
              duration of action of, 652           142t                           renal bicarbonate reabsorption in, 248
              molar substitution ratio and, 654  parathyroid hormone–related protein in,  in renal failure, 551–553
              molecular weight in, 653–654         141–142, 142t, 156             resting membrane potential in, 93
              perioperative use of, 423, 426      in cancer, 146–147, 146f, 149   treatment of, 113–114, 114b
              physiochemical properties of, 426  perioperative management of, 409  Hyperkalemic periodic paralysis, 109–110
              for shock, 565t, 566, 567t        in primary hyperparathyroidism, 150–152  Hyperlactatemia, 444–445. See also Lactic
            25-Hydroxyvitamin D 3 . See Calcidiol  rapid correction of, hypocalcemia due to, 169  acidosis
            Hyperadrenocorticism                renal effects of, 137–138         causes of, 392
              fluid therapy for, 334            in renal failure, 553            Hyperlipemia, pseudohypernatremia and,
              hyperparathyroidism and, 170–171  toxicity of, 137–139                62–63, 63f
              hypochloremia and, 81, 86         transient, 142                   Hypermagnesemia, 224
              hypokalemia and, 106              treatment of, 156–163, 157b, 158t  hypoparathyroidism and, 173
              hypophosphatemia and, 199           bisphosphonates in, 158t, 162   in renal failure, 553
              metabolic alkalosis in, 279         calcitonin in, 158t, 160       Hypernatremia, 53–60
              perioperative management of, 415    definitive, 156                 in acute pancreatitis, 449
              sodium/chloride metabolism and, 81  diuretics in, 157–159, 158t     adipsic, 55
              trilostane for, hyperparathyroidism due to,  fluid therapy in, 157, 158t  cardiac resuscitation and, 60
                 170–171                          initial considerations in, 157–163  causes of, 53–60, 54b
            Hyperalbuminemia, 461                 philosophy of, 156              in central diabetes insipidus, 56, 57
              metabolic acidosis and, 320         steroids in, 158t, 159–160      clinical approach to, 53–60, 55f
              strong ion difference alkalosis and, 321  supportive, 156–157       clinical signs of, 60
            Hyperaldosteronism                Hypercapnia                         diarrheal, 444–445
              hypernatremia and, 60             alveolar-arterial oxygen gradient and, 291  excessive salt ingestion and, 59–60, 59f
              hypokalemia and, 105, 106         causes of, 294                    in hemodialysis, 693–694, 703
              in liver disease, 474             metabolic alkalosis and, 273, 278, 279  hypodipsic, 54, 55
              metabolic alkalosis in, 278       primary. See Respiratory acidosis  hypotonic fluid loss and, 57–59, 61
            Hyperammonemia                    Hyperchloremia                      impermeant solute gain and, 59–60, 61
              acute, management of, 483         artifactual, 84–85, 84t           perioperative management of, 408
              chronic, management of, 483–484   corrected, 84t,85f, 86, 87–88, 87b  pseudohypernatremia and, 62–63
              in liver disease, 482–484, 486    diarrheal, 444–445                pure water loss and, 54–57
               fluid therapy and, 486           exercise-related, 86, 88          in renal failure, 550
               hepatic encephalopathy and, 482–484  fluid therapy and, 338, 340, 393  strong ion difference alkalosis and, 321
            Hypercalcemia, 136–163              in hypoadrenocorticism, 86, 87–88  treatment of, 60–61
              acid-base balance and, 137      Hyperchloremic metabolic acidosis, 244, 255b,  Hyperoncotic renal failure, 394
              in acute pancreatitis, 449–450      256–260, 256f, 306, 307, 322, 323, 392  Hyperosmolality
              biopsy in, 139–141                with high–anion gap metabolic acidosis, 311,  cerebral edema and, 501–502
              in blastomycosis, 153–154            312                            in diabetic ketoacidosis, 501–502
              calcium transport in, 140f        mixed, 311, 313                   hyponatremia and, 62f, 63–64
              cancer-associated, 139, 140f, 141b, 142t,  strong ion difference and, 322, 323  perioperative management of, 409
                 145–150, 145f, 146f, 156     Hypercitratemia, in liver disease, 476  Hyperparathyroidism
              causes of, 139, 140f, 141b      Hyperglobulinemia, 461–462          calcitriol for, 131
               uncommon, 155–156              Hyperglycemia                       hyperadrenocorticism and, 170–171
              in chronic renal failure, 143–145, 145f  in diabetic ketoacidosis, 500, 501  hypocalcemia and, 169–171
              clinical signs of, 137–139, 137b, 177–178  hyponatremia and, 63     primary, 150–152
              diagnosis of, 139–142             perioperative management of, 410    hypercalcemia and, 150–152
              differential diagnosis of, 139, 141b  Hyperglycemia hyperosmolar state, 505–506  hypophosphatemia and, 199
              extrarenal effects of, 139      Hyperkalemia, 108–114               protein-losing enteropathy and, 168
              in granulomatous disease, 153–154, 160  acid-base disorders and, 248, 250  secondary
              grape/raisin ingestion and, 155–156  ammoniagenesis and, 466          hyperadrenocorticism and, 170–171
              hyperkalemia and, 93–94           arrhythmias and, 108, 109f          hyperphosphatemia and, 203–204
              hypervitaminosis D and, 139, 140f, 152–153  causes of, 108–113, 110b  hypocalcemia and, 167, 169–171.
              hypoadrenocorticism and, 139, 142t, 143,  clinical features of, 108      See also Hypocalcemia
                 507                            in diabetes mellitus, 108–109       nutritional, 169–170
              hypokalemia and, 93–94            drug-related, 108, 112–113          in renal failure, 166t, 167
              hypoparathyroidism and, 172–173   in heart failure, 526             tertiary, 144
              hypophosphatemia and, 144–145, 167–168  hemodialysis for, 694, 702–703, 702f  treatment of, 124–125
              hypoxia in, 562                   hypercalcemia and, 93–94, 137    Hyperphosphatemia, 201–206
              iatrogenic, 177–178               in hypoadrenocorticism, 64–65, 112, 507,  anion gap and, 308
              idiopathic feline, 154–155           508–509                        causes of, 202–204, 203b
              inconsequential, 142              hypocalcemia and, 93–94, 168      clinical effects of, 201–202
              laboratory definition of, 136–137  hyponatremia and, 64–65          hemodialysis for, 695
              laboratory findings in, 132–136, 139, 142t  iatrogenic, 108         hypervitaminosis D and, 163
              mechanisms of, 139, 140f          laboratory findings in, 108       hypoparathyroidism and, 171–172
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