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...まれる。コラーゲンの[[Cardiac stress test/ja|心臓性能]]の測定への寄与は、要約すると心臓から放出される血圧の[[fluid mechanics/ja|流体力学]]に対抗する連続的なねじり力を表す。心臓の上室と下室を仕切るコラーゲン構造は、典型的な生理学的手段によって血液と電気インパルスの両方を ...rch/ja|実験室での研究]]において[[cell culture/ja|細胞培養]]に使用され、細胞の挙動や細胞と[[extracellular fluid/ja|細胞外環境]]との相互作用を研究している。コラーゲンはまた、[[3D bioprinting/ja|3Dバイオプリンティング]]や3D組織モデル ...

# Drying the granulation. A conventional tray-dryer or fluid-bed dryer are most commonly used. ...liquid at a very fast rate, and thus speeds up the manufacturing process. Fluid bed granulation is a multiple-step wet granulation process performed in the ...

心臓の機械的システムは、血液の[[:en:fluid mechanics|流体運動]]と、[[:en:pump|ポンプ]]としての心臓の機能性を中心としている。 ...

...] summarily represents a continuous torsional force opposed to the [[fluid mechanics]] of blood pressure emitted from the heart. The collagenous structure that ...studying cell behavior and cellular interactions with the [[extracellular fluid|extracellular environment]]. Collagen is also widely used as a [[Bio-ink|bi ...

...] summarily represents a continuous torsional force opposed to the [[fluid mechanics]] of blood pressure emitted from the heart. The collagenous structure that ...studying cell behavior and cellular interactions with the [[extracellular fluid|extracellular environment]]. Collagen is also widely used as a [[Bio-ink|bi ...

...fundamental and [[Quantum technology|technological]] problems in [[Quantum mechanics|quantum physics]]. The two [[boson]]ic isotopes possess convenient [[Feshba *fluid and electrolyte balance ...

...fundamental and [[Quantum technology|technological]] problems in [[Quantum mechanics|quantum physics]]. The two [[boson]]ic isotopes possess convenient [[Feshba *fluid and electrolyte balance ...

Structural proteins confer stiffness and rigidity to otherwise-fluid biological components. Most structural proteins are [[fibrous protein]]s; f ...in and hybrid methods combining standard molecular dynamics with [[quantum mechanics|quantum mechanical]] mathematics have explored the electronic states of [[r ...

Structural proteins confer stiffness and rigidity to otherwise-fluid biological components. Most structural proteins are [[fibrous protein]]s; f ...in and hybrid methods combining standard molecular dynamics with [[quantum mechanics|quantum mechanical]] mathematics have explored the electronic states of [[r ...

The mechanical system of the heart is centered on the [[fluid mechanics|fluidic movement]] of blood and the functionality of the heart as a [[pump] ...

The mechanical system of the heart is centered on the [[fluid mechanics|fluidic movement]] of blood and the functionality of the heart as a [[pump] ...

...imary organs responsible for [[transpiration]] and [[guttation]] (beads of fluid forming at leaf margins). ...r a larger area and are relatively flexible in both bending and [[Torsion (mechanics)|torsion]], enabling elastic deforming without damage.{{sfn|Read|Stokes|200 ...