Elements of animal physiology, chiefly human . Fig. 34. Striated (Voluntary) Muscular Tissue. The two tipper figure* devoid of Sarcolemma. transparent, structureless membrane, termed the sar-colemma or myolemma. Each primitive fibre may be split up longitudinallyinto fihrillce^ and transversely into minute discs, asshown in the diagram. (See figs. 33 and 34.) The primitive fibre itself contains neither blood-vessels nor connective tissue, but occasionally nucleimay be seen within its substance. The sarcous element,contained within the sarcolemma^ consists of syntonin.The peculiar effect of the

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Elements of animal physiology, chiefly human . Fig. 34. Striated (Voluntary) Muscular Tissue. The two tipper figure* devoid of Sarcolemma. transparent, structureless membrane, termed the sar-colemma or myolemma. Each primitive fibre may be split up longitudinallyinto fihrillce^ and transversely into minute discs, asshown in the diagram. (See figs. 33 and 34.) The primitive fibre itself contains neither blood-vessels nor connective tissue, but occasionally nucleimay be seen within its substance. The sarcous element,contained within the sarcolemma^ consists of syntonin.The peculiar effect of the
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Elements of animal physiology, chiefly human . Fig. 34. Striated (Voluntary) Muscular Tissue. The two tipper figure* devoid of Sarcolemma. transparent, structureless membrane, termed the sar-colemma or myolemma. Each primitive fibre may be split up longitudinallyinto fihrillce^ and transversely into minute discs, asshown in the diagram. (See figs. 33 and 34.) The primitive fibre itself contains neither blood-vessels nor connective tissue, but occasionally nucleimay be seen within its substance. The sarcous element,contained within the sarcolemma^ consists of syntonin.The peculiar effect of the

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