hypural bone - translation to
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Διαδικτυακό λεξικό

hypural bone - translation to

ANY TOOL, PARTIALLY OR ENTIRELY, MADE OUT OF BONE
Bone tools; Bone implements; Bone needle; Bone industry; Bone technology; Bone pin
  • Sites that yielded eyed bone needles dating between 45,000 and 25,000 years old

cancellous         
  • Structure of a long bone
  • Bone cells
  • decalcified]] cancellous bone tissue displaying osteoblasts actively synthesizing osteoid, containing two osteocytes.
  • Leg and pelvic girdle bones of bird
  • One way to classify bones is by their shape or appearance.
  • Light micrograph of a section through a juvenile knee joint (rat) showing the cartilagineous growth plates
  • Endochondral ossification
  • Bones of slaughtered [[cattle]] on a [[farm]] in [[Namibia]]
  • [[Skeletal fluorosis]] in a cow's leg, due to industrial contamination
  • Cross-section details of a long bone
  • Reduced bone mineral density in Osteoporosis (R), increasing the likelihood of fractures
  • fractures]]
  • Skeletal System of Human Body
  • Micrograph of cancellous bone
  • Transmission]] [[electron micrograph]] of decalcified woven bone matrix displaying characteristic irregular orientation of collagen fibers
  • [[Radiography]] used to identify possible [[bone fracture]]s after a knee injury
RIGID ORGAN THAT CONSTITUTES PART OF THE ENDOSKELETON OF VERTEBRATES
Bone (Human Anatomy); Bone tissue; Cancellous bone; Osseous; Cancellous tissue; Bone-cell; Spongy bone; Compact bone; Compact Bone; Cortical bone; Cancellous; Compact tissue; Trabeculae of bone; Bone and bones; Osseus; Bony tissue; Cancellous bones; Substantia spongiosa; Substantia spongiosa ossium; Bone development; Cancellated; Woven bone; Lamellar bone; Five funtions of bones; Bone lining cell; Spongy trabeculae; Substantia Spongiosa; Dense bone; Bones; Woven vs. lamellar bone; Osseous tissue; Cortical thickening; Substantia corticalis; Substantia compacta; 🦴

['kæns(ə)ləs]

анатомия

решётчатый

сетчатый

губчатый

губчатый (о строении)

прилагательное

анатомия

решётчатый

сетчатый

губчатый (о строении)

compact bone         
  • Structure of a long bone
  • Bone cells
  • decalcified]] cancellous bone tissue displaying osteoblasts actively synthesizing osteoid, containing two osteocytes.
  • Leg and pelvic girdle bones of bird
  • One way to classify bones is by their shape or appearance.
  • Light micrograph of a section through a juvenile knee joint (rat) showing the cartilagineous growth plates
  • Endochondral ossification
  • Bones of slaughtered [[cattle]] on a [[farm]] in [[Namibia]]
  • [[Skeletal fluorosis]] in a cow's leg, due to industrial contamination
  • Cross-section details of a long bone
  • Reduced bone mineral density in Osteoporosis (R), increasing the likelihood of fractures
  • fractures]]
  • Skeletal System of Human Body
  • Micrograph of cancellous bone
  • Transmission]] [[electron micrograph]] of decalcified woven bone matrix displaying characteristic irregular orientation of collagen fibers
  • [[Radiography]] used to identify possible [[bone fracture]]s after a knee injury
RIGID ORGAN THAT CONSTITUTES PART OF THE ENDOSKELETON OF VERTEBRATES
Bone (Human Anatomy); Bone tissue; Cancellous bone; Osseous; Cancellous tissue; Bone-cell; Spongy bone; Compact bone; Compact Bone; Cortical bone; Cancellous; Compact tissue; Trabeculae of bone; Bone and bones; Osseus; Bony tissue; Cancellous bones; Substantia spongiosa; Substantia spongiosa ossium; Bone development; Cancellated; Woven bone; Lamellar bone; Five funtions of bones; Bone lining cell; Spongy trabeculae; Substantia Spongiosa; Dense bone; Bones; Woven vs. lamellar bone; Osseous tissue; Cortical thickening; Substantia corticalis; Substantia compacta; 🦴

общая лексика

компактная кость

woven bone         
  • Structure of a long bone
  • Bone cells
  • decalcified]] cancellous bone tissue displaying osteoblasts actively synthesizing osteoid, containing two osteocytes.
  • Leg and pelvic girdle bones of bird
  • One way to classify bones is by their shape or appearance.
  • Light micrograph of a section through a juvenile knee joint (rat) showing the cartilagineous growth plates
  • Endochondral ossification
  • Bones of slaughtered [[cattle]] on a [[farm]] in [[Namibia]]
  • [[Skeletal fluorosis]] in a cow's leg, due to industrial contamination
  • Cross-section details of a long bone
  • Reduced bone mineral density in Osteoporosis (R), increasing the likelihood of fractures
  • fractures]]
  • Skeletal System of Human Body
  • Micrograph of cancellous bone
  • Transmission]] [[electron micrograph]] of decalcified woven bone matrix displaying characteristic irregular orientation of collagen fibers
  • [[Radiography]] used to identify possible [[bone fracture]]s after a knee injury
RIGID ORGAN THAT CONSTITUTES PART OF THE ENDOSKELETON OF VERTEBRATES
Bone (Human Anatomy); Bone tissue; Cancellous bone; Osseous; Cancellous tissue; Bone-cell; Spongy bone; Compact bone; Compact Bone; Cortical bone; Cancellous; Compact tissue; Trabeculae of bone; Bone and bones; Osseus; Bony tissue; Cancellous bones; Substantia spongiosa; Substantia spongiosa ossium; Bone development; Cancellated; Woven bone; Lamellar bone; Five funtions of bones; Bone lining cell; Spongy trabeculae; Substantia Spongiosa; Dense bone; Bones; Woven vs. lamellar bone; Osseous tissue; Cortical thickening; Substantia corticalis; Substantia compacta; 🦴

медицина

перепончатая ретикулофиброзная кость

Ορισμός

Боун
(Bowne)

Борден Паркер (14.1.1847, Леонардвилл, штат Нью-Джерси, - 1.4.1910, Бостон), американский философ-идеалист, основатель теистического Персонализма, профессор Бостонского университета. В учении Б. выражена тенденция к сочетанию теологии и объективного идеализма с эмпиризмом. В своей философии "трансцендентального эмпиризма" Б. использовал элементы учений Беркли, Канта, Лотце. Реальность, согласно Б., является совокупностью взаимодействующих эмпирических "личностей", зависящих от творческой деятельности высшей личности, или бога. Под личностью у Б. фигурирует не реальный человек, а некая духовная монада, или душа, которая, оставаясь самотождественной, раскрывается в непосредственном опыте отдельной человеческой личности. Объективный мир, его формы и качества создаются в опыте личности и являются вторичными по отношению к ней ("Персонализм", 1908).

Соч.: Metaphysics, [2 ed.], N. Y.-L., 1898; Introduction to psychological theory, N. Y., 1887; Philosophy of theism, N. Y., 1887; The principles of ethics, N. Y., 1892; Theism, N. Y., f 1902]; Studies in Christianity, Boston, 1909.

Н. С. Юлина.

Βικιπαίδεια

Bone tool

In archaeology, a bone tool is a tool created from bone. A bone tool can conceivably be created from almost any bone, and in a variety of methods.

Bone tools have been documented from the advent of Homo sapiens and are also known from Homo neanderthalensis contexts or even earlier. Bone has been used for making tools by virtually all hunter-gatherer societies, even when other materials were readily available. Any part of the skeleton can potentially be utilized; however, antlers and long bones provide some of the best working material. Long bone fragments can be shaped, by scraping against an abrasive stone, into such items as arrow and spear points, needles, awls, and fish hooks.

Bone tools had mainly been made from bone splinters or were cut into a useful shape. Archaeologists are convinced that bone tools were purposefully made by deer antlers cut into shape.

The bone was fashioned into tools such as spoons, knives, awls, pins, fish hooks, needles, flakers, hide scrapers and reamers. They made musical rasps, flutes and whistles as well as toys of bone. Decoratively carved articles were also made of bone such as hair combs, hair pins and pendants. Antler is much harder than bone and was used for flakers, points, knives and hair combs. Even the teeth and hooves did not go to waste. The teeth were drilled and used for decoration on clothing and necklaces. The hooves were also drilled and used for decoration on clothing as well as strung for rattles and bells.

As an organic material, bone often does not survive in a way that is archaeologically recoverable. However, under the right conditions, bone tools do sometimes survive and many have been recovered from locations around the world representing time periods throughout history and prehistory. Also many examples have been collected ethnographically, and some traditional peoples, as well as experimental archaeologists, continue to use bone to make tools.