(n.) The act of turning the palm or palmar surface of the forefoot downward.
(n.) That motion of the forearm whereby the palm or palmar, surface is turned downward.
(n.) The position of the limb resulting from the act of pronation. Opposed to supination.
Example Sentences:
(1) Gross deformity, point tenderness and decrease in supination and pronation movements of the forearm were the best predictors of bony injury.
(2) Weakness of the flexor pollicis longus, flexor digitorum profundus and pronator quadratus is usually related to an isolated paralysis of the anterior interosseous nerve in the volar aspect of the forearm.
(3) Mz' was greatest in magnitude during the first half of support, when it acted in a direction resisting foot abduction, a component of pronation.
(4) Pronation and supination had an average loss of 5 degrees when compared with the uninjured side.
(5) Informed understanding of the likely progressive development of index-middle finger scissoring, pronation of the index ray with spontaneous broadening of the pulp, and the deteriorating use of an existing hypoplastic thumb may make the decision for ablation easier for parents.
(6) The least amount of pronation takes place when running barefoot.
(7) Examination of 29 cases of fracture of the distal radius with restricted motion or persistent pain in 22 patients showed that most had been caused by incongruity of the distal radioulnar joint or by rotational malalignment in supination or pronation.
(8) The brachioradialis and the pronator teres had dramatically different architectural properties.
(9) Rats were castrated on day 2 after birth, given one injection of testosterone pronate (TP: 2.5 mg) or oil just after operation and then received TP or oil when adult.
(10) The cause of neuropathy was trauma in 5 patients, overuse of the pronator teres in 3 patients, postinfectious in 2 patients, secondary to a congenital lesion in 1 patient, and undetermined in 6 patients.
(11) As the paw approaches the food, pronation of the palm is accomplished by abduction of the upper arm.
(12) Study of thirty-six cases of fracture of the fibula at levels proximal to the distal tibiofibular syndesmosis established that there are three types, distinguished by the direction of the fracture line, which are produced by different mechanisms: supination-external rotation, pronation-abduction, and pronation-external rotation.
(13) This allows the surgeon to place his or her hand in the position of function while suturing either retrograde or antegrade, thus permitting flexion, extension, abduction, adduction, pronation and supination with circumduction to occur without restriction.
(14) To examine whether the activity patterns of the upper arm muscles were related to the prime mover or the direction of the movement in space, the forearm was in two postures, supinate and pronate.
(15) We report two cases of pronator teres syndrome (bilateral in one case) diagnosed in our Department by electromyographic studies during the last three years.
(16) When performing movements at the wrist, with the forearm in pronation, the muscle is at its maximum length.
(17) The arc of pronation and supination was decreased for the forearms that had been operated on, but motion of the wrist was unaffected.
(18) Pronation, supination, and flexion of the elbow improved considerably, but extension did not change a great deal.
(19) The soleus muscle and its investing fascia are anatomically and biomechanically implicated in the production of these stress changes, particularly when the heel is in the pronated position.
(20) In the 5th minute of pronation systemic blood pressure was increased.
Supination
Definition:
(n.) The act of turning the hand palm upward; also, position of the hand with the palm upward.
(n.) The act or state of lying with the face upward. Opposed to pronation.
Example Sentences:
(1) Subjects then rested supine until 10.00 h when blood was again taken, and blood pressure recorded.
(2) The adaptive filter processor was tested for retrospective identification of artifacts in 20 male volunteers who performed the following specific movements between epochs of quiet, supine breathing: raising arms and legs (slowly, quickly, once, and several times), sitting up, breathing deeply and rapidly, and rolling from a supine to a lateral decubitus position.
(3) Gross deformity, point tenderness and decrease in supination and pronation movements of the forearm were the best predictors of bony injury.
(4) At the end of the baseline period, supine diastolic blood pressure (SuDBP) was 105-140 mm Hg on hydrochlorothiazide (HCTZ) 25 mg once daily and placebo t.i.d.
(5) To determine if computed tomography (CT) can accurately measure lung volume, we compared lung gas volume measured by helium dilution with the equivalent volume calculated from CT total lung volume and density in 13 supine dogs.
(6) The inverse relation between PGE2 and NE for the difference in hormone concentrations between supine and sitting (r=-0.44, p less than 0.05) may be explained by an inhibitory effect of PGE2 on renal NE release, earlier observed in experiments in vitro.
(7) A significant effect for pirenzepine was seen for episodes greater than 5 min (t = 2.61, P = 0.023) and a trend towards significance was seen for total (upright and supine positions combined) percent time of reflux (t = 2.13, P = 0.055).
(8) Nine patients were admitted to the hospital, placed on a diet containing 150 mEq sodium, and studied for periods of 4 hours, on different days, in the following conditions: (1) supine position, (2) upright posture (UP), (3) UP after 10 mg domperidone, intravenously in bolus, and (4) UP after 3 days of domperidone, 30 mg orally.
(9) In 25 patients we evaluated the efficacy of the prone position to counter these technical difficulties and found that the prone position offers visualization superior to the supine, especially in obese and uncooperative patients and those with abundant bowel gas.
(10) One hundred and twenty blood pressure measurements were taken from each subject with two different instruments (one on each arm) in a 2 (supine or standing position) X 2 (left or right arm) X 3 (three different sets of pairwise instrument comparisons) X 5 (five one-minute interval measurements per phase) factorial design.
(11) Supine and erect blood pressure (sphygmomanometer) measurements and side effects were noted at the same times.
(12) A positive linear correlation was obtained between increase in plasma osmolality and plasma ANP in the supine but not in the seated hypertonic saline infusion.
(13) Arterial blood gas tensions were measured in the supine position 15 minutes after administration of the tetracaine solution and 15 minutes after turning patients to the knee-chest position.
(14) Whole body tilt from supine to 45 degrees head-up was associated with increased heart rate and an insignificant rise in MABP in both groups, although a rise in plasma AVP occurred in control subjects only.
(15) Asymmetrical gait pattern with mild gait disturbance was found more often in infants lying in supine than in prone.
(16) changes in supine BP at 3 months compared with baseline were -15.7 (3.6) mmHg systolic and -13.9 (2.7) mmHg diastolic in the ketanserin group and -26.6 (7.9) mmHg systolic and -15.2 (2.7) mmHg diastolic in the metoprolol group.
(17) Near maximal supine exercise for 10 min on a bicycle ergometer caused a small increase in plasma renin activity during exertion with a much larger increase during recovery which reached a peak between 10-20 min.
(18) Seven healthy volunteers were exposed to head-down tilt at -15 degrees for 5 h. Before and after exposure they exercised on a bicycle ergometer in the supine and seated positions.
(19) Fifteen normal volunteers were scanned transversely in the supine position before and after intravenous administration of glucagon (1 mg) and oral administration of water.
(20) The data were compared with data on 500 patients scanned only when supine.