from The American Heritage® Dictionary of the English Language, 4th Edition
- transitive v. To join by anastomosis.
- intransitive v. To be connected by anastomosis, as blood vessels.
from Wiktionary, Creative Commons Attribution/Share-Alike License
- v. To join (two or more things) by anastomosis
- v. To join by anastomosis
- adj. Joined or run together.
from the GNU version of the Collaborative International Dictionary of English
- intransitive v. To inosculate; to intercommunicate by anastomosis, as the arteries and veins.
- intransitive v. Of any channels or lines, to meet and unite or run into each other, as rivers; to coalesce; to interjoin.
from The Century Dictionary and Cyclopedia
- To communicate or unite by anastomosis; intercommunicate, inosculate, or run into one another: said chiefly of vessels conveying fluid, as blood or lymph, as when arteries unite with one another or with veins.
- To connect by anastomosis.
from WordNet 3.0 Copyright 2006 by Princeton University. All rights reserved.
- v. cause to join or open into each other by anastomosis
- v. come together or open into each other
We now reach the confluence of the Nkonio or north-eastern, with the Mbokwe, or eastern branch, which anastomose to form the Gaboon; the latter, being apparently the larger of the two, preserves the title Mpolo.
To the north they probably anastomose with the Camarones, the Rumbi, the Kwa, the
Acacia auriculiformis looks much like Acacia aulacocarpa and Acacia crassicarpa (see below), but the fine veins of the phyllodes are anastomose (interconnected), the pods are narrower and more undulate than those of Acacia aulacocarpa, and the funicle encircles each seed.
The two coronary arteries of the heart arise from the systemic aorta immediately outside the semilunar valves, situated in the root of this vessel, and in passing right and left along the auriculo-ventricular furrows, they send off some branches for the supply of the organ itself, and others by which both vessels anastomose freely around its base and apex.
The vessels of the left heart do not anastomose, for its veins are pulmonary, and its arteries are systemic.
The arteries of the right and left hearts cannot anastomose, for the former are pulmonary, and the latter are systemic; and neither can the veins of the right and left hearts, for a similar reason.
The two superior and inferior articular branches anastomose freely around the knee behind, laterally, and in front, where they are joined by the terminal branches of the anastomotic, from the femoral, and by those of the recurrent, from the anterior tibial.
Other special branches derived from the parent vessel above and below the several joints ramify and anastomose so very freely over the surfaces of these parts, and seem to pass in reference to them out of their direct course, that to effect this mode of distribution appears to be no less immediate a design than to support the structures of which the joints are composed.
In whatever condition the two vessels may be found, there will always be seen ramifying around the ankle-joint, articular branches, which anastomose freely with each other and with those of the anterior tibial.
In the lungs, the arteries of the right heart and the veins of the left anastomose.