What's the difference between cardiac and digoxin?

Cardiac


Definition:

  • (a.) Pertaining to, resembling, or hear the heart; as, the cardiac arteries; the cardiac, or left, end of the stomach.
  • (a.) Exciting action in the heart, through the medium of the stomach; cordial; stimulant.
  • (n.) A medicine which excites action in the stomach; a cardial.

Example Sentences:

  • (1) This trend appeared to reverse itself in the low dose animals after 3 hr, whereas in the high dose group, cardiac output continued to decline.
  • (2) The newborn with critical AS typically presents with severe cardiac failure and the infant with moderate failure, whereas children may be asymptomatic.
  • (3) In cardiac tissue the adenylate system is not a good indicator of the energy state of the mitochondrion, even when the concentrations of AMP and free cytosolic ADP are calculated from the adenylate kinase and creatine kinase equilibria.
  • (4) Changes in cardiac adenosine triphosphate (ATP), phosphocreatine (PCr) and inorganic phosphate (Pi) were followed and intracellular pH (pHi) was estimated from the chemical shift of Pi.
  • (5) The origin of the aorta and pulmonary artery from the right ventricle is a complicated and little studied congenital cardiac malformation.
  • (6) The strongest predictor of non-sudden cardiac death was the New York Heart Association functional class.
  • (7) Cor triatriatum (CT) is a rare congenital defect, surgically correctable, and sometimes difficult to diagnose by cardiac catheterization.
  • (8) Radioligand binding studies revealed the presence of a single class of high-affinity (Kd = 2-6 X 10(-10) M) binding sites for ET-1 in both cells, although the maximal binding capacity of cardiac receptor was about 6- to 12-fold greater than that of vascular receptor.
  • (9) Using multiple regression, a linear correlation was established between the cardiac index and the arterial-venous pH and PCO2 differences throughout shock and resuscitation (r2 = .91).
  • (10) One patient with a large fistula angiographically had no oximetric evidence of shunt at cardiac catheterization.
  • (11) Only the approximately 2.7 kb mRNA species was visualized in Northern blots of total cellular and poly(A+) RNA isolated from cardiac ventricular muscle.
  • (12) External phonocardiography performed at the time of cardiac catheterization revealed that this loud midsystolic click disappeared whenever a catheter was positioned across the mitral valve.
  • (13) No differences in cardiac output were noted in surviving animals.
  • (14) Diphenoxylate-induced hypoxia was the major problem and was associated with slow or fast respirations, hypotonia or rigidity, cardiac arrest, and in 3 cases cerebral edema and death.
  • (15) Results showed significantly higher cardiac output in infants with grade III shunting than in infants with grade 0 and grade I shunting.
  • (16) This doxorubicin derivative did not bind to Sepharose which was conjugated with cardiac actin.
  • (17) Infusion of sodium lactate associated with isoproterenol could be used to combat the depressent effects of betablockers in patients with cardiac disorders.
  • (18) The highest antishock effect of dopamine is reached when cardiac output fraction addressed to thoracic region vitals is supported by dopamine on the 43-45% level.
  • (19) Hypercalcitoninemia was the most pronounced in patients with cardiac rhythm disorders and a simultaneous reduction in total serum calcium.
  • (20) Eight other children (20%) had normal or borderline elevation of CPK-MB fraction and EKG abnormalities combined with abnormal echocardiograms or radionuclide angiograms, and were considered to have sustained cardiac concussion.

Digoxin


Definition:

Example Sentences:

  • (1) For similar inotropic responses, normo- and hyperkalaemic dogs had similar levels of (Na+, K+)-ATPase inhibition and microsomal-bound digoxin.
  • (2) In this study, we examined renal tubular cell handling of digoxin and ouabain using LLC-PK1 cells, a model of proximal renal tubular cells.
  • (3) All patients received digoxin and low dose diuretic therapy.
  • (4) Pharmacokinetics of 3H-dihydrodigoxin and 3H-digoxin after single intravenous and intraduodenal administration in cats are compared.
  • (5) Digitalization by direct intramuscular injection of the fetus successfully controlled supraventricular tachycardia at 24 weeks' gestation after more traditional intensive trials of transplacental therapy with digoxin, verapamil, and procainamide, either separately or in combination, had failed.
  • (6) To investigate endogenous cardiac glycoside-like compounds in plasma and their ability to inhibit the sodium pump, digoxin-like immunoreactivity [digoxin-like immunoreactive substance(s), DLIS] and 86Rb uptake by erythrocytes were measured in plasma extracts from normal adults, hypertensive adults and neonates.
  • (7) Recently, this laboratory has demonstrated an enhanced susceptibility toward the development of ischemia-related lethal ventricular arrhythmias in the presence of therapeutic serum concentrations of digoxin in conscious dogs after myocardial infarction.
  • (8) Toxicity has been reported in the fetus of a woman ingesting a huge overdose of digitoxin; the same result would be anticipated with digoxin poisoning.
  • (9) Concentrations of DLIS were detectable in significantly more (58.3%) of the 12 CHF patients (group A) who were not receiving digoxin than in the 22 normal volunteers tested (13.6%) (P less than 0.05 by both chi-square and Fisher's exact test).
  • (10) The effects of coronary reperfusion on the uptake of digoxin by ischemic myocardium were studied in 17 open chest dogs undergoing anterior wall infarction produced by snaring confluent branches of the left coronary arterial system.
  • (11) However, drug therapy includes intravenous adenosine 6 mg, as well as the older standbys of digoxin, calcium and beta-blocking agents, and type 1a and 1c antiarrhythmias.
  • (12) The serum levels were correlated with the clinical signs of digitalis toxicity and the indications for determination of the serum digoxin concentration were established.
  • (13) Her heart failure initially improved with digoxin, furosemide, and enalapril.
  • (14) Analysis of digoxin serum concentrations, area under the curve, and the rate of elimination suggested no significant differences in digoxin parameters when combined with cimetidine.
  • (15) Thus, modification in the dosage regimen of digoxin may be unnecessary in the case of coadministration with captopril.
  • (16) In order to avoid false positive ischaemic ST-segment responses to exercise, a therapy with digoxin should be discontinued for at least 2 weeks before the exercise test.
  • (17) All measurements were performed during control and 30, 60, 90, and 120 min after digoxin administration.
  • (18) The subjects were studied after peroral intake of digoxin at 2 dose levels and after withdrawal of digoxin.
  • (19) Furthermore, concerning the effect of digoxin on the heart-rate, its use seems preferable to the use of sympathomimetic agents such as dobutamine, in patients with diffuse chronic dilatative myocardiopathy.
  • (20) We report initial data on the comparison of serum digoxin levels after administration of the drug to dogs through both the intraosseous and intravenous routes.

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