MBC BIOLOGY

List of Figures Figure 14 Different types of cells and fibres in connective tissue Image source: Keshari and Ghimire. 2023. A Textbook of Biology. Vidyarthi Pustak Bhandar, Kathmandu, Nepal. Figure 15 Different tissues of connective tissue proper Image source: Keshari and Ghimire. 2023. A Textbook of Biology. Vidyarthi Pustak Bhandar, Kathmandu, Nepal. Figure 16 Different types of cartilages Image source: Keshari and Ghimire. 2023. A Textbook of Biology. Vidyarthi Pustak Bhandar, Kathmandu, Nepal. Figure 17 Different structures in bone Image source: Keshari and Ghimire. 2023. A Textbook of Biology. Vidyarthi Pustak Bhandar, Kathmandu, Nepal. Figure 18 Components of blood Image source: Keshari and Ghimire. 2023. A Textbook of Biology. Vidyarthi Pustak Bhandar, Kathmandu, Nepal.  

List of Figures Figure 1-4 Simple epithelium: 1A. & 1B. simple squamous epithelium; 2A. simple cuboidal cells; 2B. ciliated cuboidal cells; 2C. brush-bordered cuboidal cells; 3A. columnar epithelium; 3B. ciliated columnar cells; 3C. brush-bordered columnar cells; 4. pseudostratified epithelium   Figure 5-8 Stratified or compound epithelium: 5A. Stratified squamous epithelium; 5B. Nonkeratinized cells ; 5C. Keratinized cells ; 6. Stratified cuboidal epithelium; 7. Stratified columnar epithelium; 8. Transitional epithelium.    Figure 9. Modified epithelium: 9 A. Ciliated epithelium; 9 B. Sensory epithelium Figure 10 A. unicellular exocrine glands; 10 B. multicellular exocrine glands Figure 11 A. Exocrine gland; 11 B. Endocrine gland. Figure 12 Simple and compound glands: 12 A. simple tubular; 12 B. simple coiled tubular; 12 C. simple branched tubular; 12 D. simple alveolar; 12 E. simple branched alveolar glands. 12 F. compound tubular; 12 G. compound alveolar; 1...

Schematic diagram of primary and secondary growth in dicot stem Image source: https://commons.m.wikimedia.org/wiki/File:Crescita_primaria_e_secondaria_del_fusto.png#file List of Figures Figure 1. Secondary growth in dicot stem: a. & b. promeristem; c. young stem; d. formation of cambium ring; e. secondary growth in the first year; f. secondary growth in third year. Figure 2. L. S. of Cambium ring showing fusiform and ray initials Figure 3. T. S. of a part of two years old dicot stem showing secondary growth Figure 4. T. S. of trunk showing sapwood and heartwood Figure 5. Secondary growth due to activity of cork cambium

Isobilateral leaves of Paddy ( Oryza sativa ) Image source: MB Chand

List of figures Figure 1 a. Figure 1 b. Figure 1 c. Figure 2 L. S. of shoot showing the positions of meristems Figure 3 Figure 4 a. Figure 4 b. Figure 4 c. Prosenchyma Figure 5 a. Figure 5 b. Figure 5 c. Figure 6 a. Sclerenchyma fibres Sclerenchyma fibres Figure 6 b. Sclereids different types of sclereids Figure 7. Phloem Phloem Figure 7 a. Figure 7 b. Figure 7 c. Figure 7 d. Figure 8. Xylem ...