Histology II Lowersixth Science Biology

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Test your knowledge on plant and animal tissues.

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Histology II Lowersixth Science Biology


Histology II Lowersixth Science BiologyVersión en línea Test your knowledge on plant and animal tissues. por YAKILI LMS 1 In monocot stems, vascular bundles are arranged in a neat ring as in dicots. Yes No 2 Simple cuboidal epithelium is found in kidney tubules and glands. Yes No 3 Root hair cells are derived from phloem tissue. Yes No 4 Xylem has companion cells that regulate its flow of water. Yes No 5 Ciliated epithelium lacks any basal membrane. Yes No 6 Basement membrane is unique to connective tissue, not epithelium. Yes No 7 Nerve tissue forms the outermost layer of skin providing most sensory protection. Yes No 8 Simple cuboidal epithelium is commonly located in the alveoli of lungs. Yes No 9 Phloem is commonly thicker than xylem in all plant organs. Yes No 10 Simple squamous epithelium lines blood vessels (endothelium) and serous membranes. Yes No 11 Muscle tissue is the only tissue type involved in mobility and movement. Yes No 12 Phloem tissues are composed mainly of sclerenchyma fibres for support. Yes No 13 Transitional epithelium is found only in the stomach lining. Yes No 14 In dicot stems, vascular bundles are scattered throughout the ground tissue. Yes No 15 Goblet cells produce enzymes that break down fats in the intestinal lumen. Yes No 16 Glandular epithelia do not arise from epithelial tissue during development. Yes No 17 In plants, animal epithelial tissues are replaced by meristematic tissues. Yes No 18 Cuboidal epithelium can be found lining the kidney tubules where absorption occurs exclusively in the lumen. Yes No 19 Apex of plant roots contains sclerenchyma for primary growth. Yes No 20 In roots of dicots, xylem forms a star-shaped pattern in the center. Yes No 21 Xylem conducts organic nutrients like sugars produced during photosynthesis. Yes No 22 Simple squamous epithelium is primarily found in glandular ducts and absorptive surfaces of the intestine. Yes No 23 Goblet cells are a feature of connective tissue, not epithelium. Yes No 24 Endothelium refers to epithelial lining of the skin only, not blood vessels. Yes No 25 Hair-like cilia are found on all types of epithelial cells equally. Yes No 26 Ciliated epithelia are never found in the respiratory tract. Yes No 27 Ciliated columnar epithelium is involved in movement of mucus in the respiratory tract. Yes No 28 Epithelial tissues always have a rich blood supply to support rapid exchange. Yes No 29 Phloem sieve plates have nuclei and multiple mitochondria at maturity to regulate flow. Yes No 30 Xylem is alive at maturity and contains cytoplasm for transport. Yes No 31 Simple epithelium can easily withstand abrasion in the esophagus. Yes No 32 Xylem vessels are dead at maturity and lack cytoplasm. Yes No 33 Phloem sieve tube elements lack nuclei at maturity but have companion cells. Yes No 34 The lining of the mouth is composed entirely of cartilage tissue. Yes No 35 The epidermis is the primary tissue responsible for elongation of plant cells in stems. Yes No 36 The epidermis contains nervous tissue responsible for sensation. Yes No 37 In dicot stems, vascular bundles are arranged in a ring. Yes No 38 Xylem transports water and minerals from roots to shoots. Yes No 39 Stratified squamous epithelium consists of a single cell layer thick. Yes No 40 Phloem transports sugars from leaves to other parts of the plant. Yes No 41 Phloem transports water and dissolved minerals from roots to the shoots. Yes No 42 All epithelial tissues have abundant blood vessels within their layers. Yes No 43 Neural tissue is the primary tissue associated with epithelial lining of cavities. Yes No 44 Columnar epithelium lacks microvilli in the intestinal lining. Yes No 45 Squamous epithelium never forms a protective outer layer in any organ. Yes No 46 Connnective tissue is the same as epithelial tissue in structure and function. Yes No 47 Simple columnar epithelium is not involved in absorption or secretion. Yes No 48 In dicot stems, vascular bundles are arranged in a ring. Yes No 49 Simple squamous epithelium lines the alveolar walls in the lungs. Yes No 50 Simple columnar epithelium lines the intestine and aids in absorption. Yes No

Histology II Lowersixth Science Biology

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Histology II Lowersixth Science BiologyVersión en línea

por YAKILI LMS

In monocot stems, vascular bundles are arranged in a neat ring as in dicots.

Simple cuboidal epithelium is found in kidney tubules and glands.

Root hair cells are derived from phloem tissue.

Xylem has companion cells that regulate its flow of water.

Ciliated epithelium lacks any basal membrane.

Basement membrane is unique to connective tissue, not epithelium.

Nerve tissue forms the outermost layer of skin providing most sensory protection.

Simple cuboidal epithelium is commonly located in the alveoli of lungs.

Phloem is commonly thicker than xylem in all plant organs.

Simple squamous epithelium lines blood vessels (endothelium) and serous membranes.

Muscle tissue is the only tissue type involved in mobility and movement.

Phloem tissues are composed mainly of sclerenchyma fibres for support.

Transitional epithelium is found only in the stomach lining.

In dicot stems, vascular bundles are scattered throughout the ground tissue.

Goblet cells produce enzymes that break down fats in the intestinal lumen.

Glandular epithelia do not arise from epithelial tissue during development.

In plants, animal epithelial tissues are replaced by meristematic tissues.

Cuboidal epithelium can be found lining the kidney tubules where absorption occurs exclusively in the lumen.

Apex of plant roots contains sclerenchyma for primary growth.

In roots of dicots, xylem forms a star-shaped pattern in the center.

Xylem conducts organic nutrients like sugars produced during photosynthesis.

Simple squamous epithelium is primarily found in glandular ducts and absorptive surfaces of the intestine.

Goblet cells are a feature of connective tissue, not epithelium.

Endothelium refers to epithelial lining of the skin only, not blood vessels.

Hair-like cilia are found on all types of epithelial cells equally.

Ciliated epithelia are never found in the respiratory tract.

Ciliated columnar epithelium is involved in movement of mucus in the respiratory tract.

Epithelial tissues always have a rich blood supply to support rapid exchange.

Phloem sieve plates have nuclei and multiple mitochondria at maturity to regulate flow.

Xylem is alive at maturity and contains cytoplasm for transport.

Simple epithelium can easily withstand abrasion in the esophagus.

Xylem vessels are dead at maturity and lack cytoplasm.

Phloem sieve tube elements lack nuclei at maturity but have companion cells.

The lining of the mouth is composed entirely of cartilage tissue.

The epidermis is the primary tissue responsible for elongation of plant cells in stems.

The epidermis contains nervous tissue responsible for sensation.

In dicot stems, vascular bundles are arranged in a ring.

Xylem transports water and minerals from roots to shoots.

Stratified squamous epithelium consists of a single cell layer thick.

Phloem transports sugars from leaves to other parts of the plant.

Phloem transports water and dissolved minerals from roots to the shoots.

All epithelial tissues have abundant blood vessels within their layers.

Neural tissue is the primary tissue associated with epithelial lining of cavities.

Columnar epithelium lacks microvilli in the intestinal lining.

Squamous epithelium never forms a protective outer layer in any organ.

Connnective tissue is the same as epithelial tissue in structure and function.

Simple columnar epithelium is not involved in absorption or secretion.

In dicot stems, vascular bundles are arranged in a ring.

Simple squamous epithelium lines the alveolar walls in the lungs.

Simple columnar epithelium lines the intestine and aids in absorption.