(n.) A word of opposite meaning; a counterterm; -- used as a correlative of synonym.
Example Sentences:
(1) These bipolar scales were derived from words previously judged by speech clinicians as descriptive of stutterers and antonyms of those words.
(2) First, the students were asked to circle one adjective from each of 28 antonym pairs, which was "most like" themselves.
(3) The negativity related to the expected antonym was almost nonexistent.
(4) A model of antonym learning is proposed that assigns a prepotent role to the second-to-emerge term in a contrastive pair.
(5) The article also attempts to categorize several examples of confusion suggestions by seven linguistic characteristics: (1) antonyms, (2) homonyms, (3) synonyms, (4) elaboration, (5) interruption, (6) echoing, and (7) uncommon words.
(6) Thirty-six younger and 36 older adults studied antonym pairs, half of which were intact and half of which were missing two adjacent interior letters requiring active encoding (generation) to complete the word.
(7) Hebrew-speaking subjects were presented with 42 pairs of Chinese characters designating antonymic concepts and were required to match them with their corresponding Hebrew words.
(8) The groups of words were arranged such that potential pairings reflected shared denotative (e.g., linked by being antonyms) or shared connotative meaning (e.g., linked at a metaphorical level).
(9) In further experiments, it is shown that primes in sentence contexts can produce facilitation of antonyms if they are strongly associated, or in the absence of association if the target must be named.
(10) Subjects described themselves, using an alphabetically ordered list of 191 trait adjectives, which included sets of synonyms and antonyms, half of each type more difficult than the other half.
(11) Each BS and BS' form contains 28 pairs of antonymic everyday adjectives, whose French translation has been checked by back-translation.
(12) The right shift was pronounced with the reading, orthographic error detection, and antonym conditions.
(13) When instead the target is an antonym (again of low association strength), there is no priming effect; lexical decision is facilitated only when the prime word is presented in isolation.
(14) Spelling by choosing the appropriate letters with his left hand, he could process nouns, verbs, rhymes, antonyms, and superordinate concepts.
(15) Might I propose an antonym: atheophobia, a term for those who fear ideas based upon reason and rationality?
(16) Nina Power : Being misogynist, acting sexist In a moment of idle curiosity a good few years ago, I wondered whether there was an antonym for misogyny.
(17) They are about “vocabulary” (synonyms and antonyms).
(18) In the word-antonym (W-A) and the word-nonantonym (W-NA) conditions, both S1 and S2 were words.
(19) The subjects' task was to think of the antonym to S1 and respond as fast as possible after the presentation of S2 by pressing a "YES" button if S2 was an antonym to S1 (in the W-A trials), or a "NO" button if S2 was not an antonym to S1 (in the W-NA trials).
(20) Although the provision of definitions served to increase consistency (especially for the difficult antonyms), it did not decrease the range of consistency values across either synonym or antonym pairs.
Heteronym
Definition:
(n.) That which is heteronymous; a thing having a different name or designation from some other thing; -- opposed to homonym.
Example Sentences:
(1) 26) and the nerve to a heteronymous muscle, soleus.
(2) Heteronymous excitatory responses were observed in the elctromyogram of the knee extensor muscle vastus medialis (VM), when the latter was prior contracted.
(3) Presynaptic inhibition of homonymous Ia afferent terminals to soleus, quadriceps and tibialis anterior motoneurons and of heteronymous Ia fibres from quadriceps to soleus was compared in the same subjects when standing without support and during a control situation (sitting or standing with back support).
(4) The individual EPSPs evoked by the action of single Ia fibers from cat triceps surae (MG, LG, SOL) were recorded in homonymous and heteronymous motoneurons innervating these same three muscles.
(5) The "rebound" in heteronymous Ia facilitation was interpreted as a relative decrease in presynaptic inhibition to which nonspecific suprasegmental and cutaneous effects contributed.
(6) Other factors being equal, the single-fiber e.p.s.p.s evoked in homonymous and heteronymous motoneurons were approximately equal in amplitude.
(7) Individual EPSPs were larger on the average if evoked a) in SOL rather than in MG or LG motoneurons, b) by LG rather than by MG or SOL afferent fibers, or c) in homonymous rather than in heteronymous motoneurons.
(8) The short-latency antidromic activity produced in muscle nerves by stimulating heteronymous muscle nerves thus appears to be a DRR produced in Group I terminal arborizations that are depolarized close to threshold during the flexion phase.
(9) Afferent conduction velocity, motoneuron conduction velocity, rheobase current, and position of the motoneuron relative to the spinal cord afferent entry were all correlated with EPSP amplitude, but the amplitude difference between homonymous and heteronymous connections remained significant after the statistical removal analysis of covariance (ANCOVA) of the contribution of these variables.
(10) muscle were recorded intracellularly from homonymous and heteronymous motoneurons in order to study factors that influence the amplitudes of such responses.
(11) In a separate experiment, the monosynaptic affects from both homonymous and heteronymous single-Ia afferents were examined in each of 88 MG or LG motoneurons.
(12) Steady-state recurrent (Renshaw) inhibitory postsynaptic potentials (RIPSPs) were evoked in cat triceps surae motoneurons by stimulating the heteronymous muscle nerve at 100 Hz after dorsal root section.
(13) It is therefore argued that the amount of heteronymous I a facilitation can indeed be used to assess the amount of ongoing presynaptic inhibition exerted onto heteronymous I a fibres from the quadriceps muscle to soleus motoneurones.
(14) Stimulation of homonymous or heteronymous pairs of two forelimb nerves of both sides evoked generally a distinct spatial facilitation of the excitatory and late inhibitory effects, while the specific early IPSPs to FDHL motoneurones were not facilitated.
(15) Metabolites produced by (static) muscle contractions stimulate group III and IV muscle afferents, which activate gamma-motoneurones projecting to both homonymous and heteronymous muscles.
(16) When BC or SP nerves were stimulated at 1.5-4 times threshold (T) for their motor axons, no short-latency heteronymous reflexes could be identified in most neck muscles.
(17) Homonymous sprouting displays strict specificity, regeneration does not and heteronymous sprouting represents an intermediate form in which cells are recruited from adjacent motor neuron pools in the segment of the spared innervation.
(18) On the other hand, no change was recognized in the slow depression which was caused by a group I volley of the heteronymous common peroneal nerve and was regarded as the presynaptic inhibition.
(19) The present heteronymous reflex, acting between limb segments, is modulated coincident with ongoing contraction level in the target muscle.
(20) These relationships were qualitatively similar for homonymous and heteronymous connections.