What's the difference between about and circuitous?

About


Definition:

  • (prep.) Around; all round; on every side of.
  • (prep.) In the immediate neighborhood of; in contiguity or proximity to; near, as to place; by or on (one's person).
  • (prep.) Over or upon different parts of; through or over in various directions; here and there in; to and fro in; throughout.
  • (prep.) Near; not far from; -- determining approximately time, size, quantity.
  • (prep.) In concern with; engaged in; intent on.
  • (prep.) On the point or verge of; going; in act of.
  • (prep.) Concerning; with regard to; on account of; touching.
  • (adv.) On all sides; around.
  • (adv.) In circuit; circularly; by a circuitous way; around the outside; as, a mile about, and a third of a mile across.
  • (adv.) Here and there; around; in one place and another.
  • (adv.) Nearly; approximately; with close correspondence, in quality, manner, degree, etc.; as, about as cold; about as high; -- also of quantity, number, time.
  • (adv.) To a reserved position; half round; in the opposite direction; on the opposite tack; as, to face about; to turn one's self about.

Example Sentences:

Circuitous


Definition:

  • (a.) Going round in a circuit; roundabout; indirect; as, a circuitous road; a circuitous manner of accomplishing an end.

Example Sentences:

  • (1) Circuit weight training does not exacerbate resting or exercise blood pressure and may have beneficial effects.
  • (2) Hypertrophy is restricted to subdivisions of the inferior olive included in recurrent cerebello-mesencephalic-olivary circuits.
  • (3) The ability of autoregulate blood flow in the extracorporeal membrane oxygenation (ECMO) circuit is critical to prevent cavitation and air embolism.
  • (4) To explain some of these results a theoretical model is presented to demonstrate that while short circuiting can block the passive ionic movement, it will cause an increase in the energy consumption of the system and introduce certain important changes in the ionic barriers and e.m.fs.
  • (5) DNase I microspheres were then introduced into the extracorporeal circuit which resulted in an acceleration of degradation of acid precipitable 125I-nDNA.
  • (6) A wide range of development possibilities for the printed circuit microelectrode are discussed.
  • (7) Our results were consistent with the modern anesthesia standard in closed circuit t.i.
  • (8) One hour after terminating the extacorporeal circuit, the C.O.P.
  • (9) These effects are not accompanied by significant changes in the transmural electrical potential difference or short-circuit current.
  • (10) Evidence is reviewed suggesting that this latter system may involve a corticostriatal circuit.
  • (11) Several attempts at circuit interruption of type 1 atrial flutter by means of surgical or catheter techniques have been published.
  • (12) To eliminate pacing stimulus afterpotential and detect an evoked response, a hardware feedback circuit and a software template matching algorithm were used to produce a triphasic charge-balanced pacing pulse.
  • (13) Four blood filters included in the extracorporeal circuit were removed one by one at 30-minute intervals.
  • (14) In the ECMO patient, cardiac stun syndrome and electromechanical dissociation can be confused with low circuit volume, pneumothorax, or cardiac tamponade.
  • (15) The transport system was analyzed in terms of an equivalent circuit model comprising a proton motive force (PMF), an active conductance (LH) in series with the pump, and a parallel or passive conductance which may be ignored in this preparation.
  • (16) The type 3 pattern occurred when the antidromic wavefront of early premature beats captured the original circuit exit.
  • (17) Polymethacrylate coated charcoal was inserted in the dialysis circuit before the dialyzer.
  • (18) Since our system is adjusted with square waveforms and composed of a simple analog circuit, it can be compensated easily in real time.
  • (19) The circuit training exercise program, therefore, appears to be an effective method for improving the fitness level of alcoholic patients.
  • (20) Thus, neurons of the habenula and interpeduncular nucleus are under the direct and indirect influence of septal neurons within the limbic forebrain circuit.