Term | Given by |
1. Abscisin II | Okhuma |
2. Alga | Linnaeus |
3. Allelomorph | Bateson |
4. Anaphase | Strasburger |
5. Annelida | Lamarck (1809) |
6. Antibiotic | Selman Waksman (1942) |
7. Apomixis | Winkler |
8. Arthropoda | Von Siebold |
9. Astral rays | Fol |
10. Auxin | Went F.W |
11. Bacteriophage | Twort de Herelle |
12. Biloproteins | O?heocha |
13. Biology | Lamarck & Traviranus |
14. Bioplast | Altman |
15. Botany | Lamarck |
16. Bryophyta | Braun |
17. Carotene | Mackenroder |
18. Cell | Robert Hooke |
19. Centriole | Van Beneden |
20. Centrosome | Boveri T |
21. Chiasma | Morgan |
22. Chlorophyll | Pelletier and Caventou |
23. Chloroplast | Schimper |
24. Chordata | Lamarck |
25. Chromatin | Fleming W |
26. Chromosome | W. Waldeyer (1888) |
27. Class | Linnaeus |
28. Cnidaria | Hatscheck |
29. Coelenterata | Leukart |
30. Crossing over | Morgan |
31. Cytokinin | Letham |
32. Cytoplasm | Kolliker |
33. Dephlogisticated air (=O2) | Priestly J. |
34. Dinosaur | Richard Owen (1804-1892) |
35. DNA bar-coding | Paul Hebert (2003) |
36. Dormin | Robinson and Wareing |
37. DPD (Diffusion Pressure Deficit) | Meyer |
38. Echinodermata | Jacob Klein |
39. Ecology | Haeckel |
40. Ecosystem | Transley |
41. Endoplasmic reticulum | Porter |
42. Endosome | Dutrochet |
43. Entamoeba | Lambl |
44. Enzyme | Wilhelm Kuhne (1837-1900) in 1878 |
45. Ergastoplasm | Garnier |
46. Eugenics | Galton (1883) |
47. Evolution | Spencer |
48. F1 & F2 generation | Bateson |
49. Family | John Ray |
50. Floating respiration | Blackman |
51. Florigen | Cajlachjan |
52. Fossil | Lamarck |
53. Fungi | Bauhin |
54. Gene | Johansen |
55. Genera | John Ray |
56. Genetics | Bateson (1910) |
57. Genotype | Johansen (1909) |
58. Gibberellin | Yabuta and Sumiki |
59. Gymnosperm | Theophrastus |
60. Heterozygous | Bateson |
61. Histology | Meyer |
62. Homology | Richard Owen (1804-1892) |
63. Homozygous | Bateson |
64. Hormone | Starling |
65. Immunoglobins | Hermens |
66. Kinetin | Miller |
67. Lysoenzyme | Alexander Fleming |
68. Lysosome | Christian de Duve |
69. Meiosis | Farmer and Moore |
70. Metabolism | Schwann |
71. Metaphase | Strasburger |
72. Metaxenia | Swingle |
73. Microbiology | Robert Koch |
74. Mitochondria | Benda |
75. Mitosis | Flemming |
76. Molecular biology | W.T Astbury (1950) |
77. Mollusca | Johnston |
78. Monera | Haeckel (1866) |
79. Mutation | Hugo de Vries (1901) |
80. Mycorrhiza | A. B. Frank |
81. Myxomycetes | Macbride |
82. Nemathelminthes | Gegenbaur (1859) |
83. New Systematics | Huxley |
84. Nucleic acid | Altman |
85. Nucleolus | Bowman |
86. Nucleoplasm | Strasburger |
87. Nucleus | Robert Brown |
88. Parazoa | Solas |
89. Parthenogenesis | Charles Bonnet |
90. Phenotype | Johansen |
91. Photoperiodism | Garner and Allard |
92. Photorespiration | Decker |
93. Phycobillin | Lemberg |
94. Phylum | Cuvier |
95. Physiology | Fersnel |
96. Plasmodesmata | Strasburger |
97. Plastid | Earnest Haeckel |
98. Platyhelminthes | Gegenbaur (1859) |
99. Porifera | Robert Grant |
100. Prion | Prusiner |
101. Prophase | Strasburger |
102. Protein | G.J Mulder |
103. Protista | Haeckel (1866) |
104. Protoplasm | Von Mohl |
105. Protoplasmic respiration | Blackman |
106. Protozoa | Goldfuss |
107. Ribosome | Claude and Palade |
108. Root pressure | Stephan Hales |
109. Sarcode | Dujardin |
110. Sarcosomes | Kolliker |
111. Secretin | Bayliss and Starling |
112. Species | John Ray |
113. Spermatozoa | Von Baer (1827) |
114. Subphylum | Cuvier |
115. Survival of the fittest | Spencer |
116. Symbiosis | H. Anton de Bary |
117. Telemophyta | Takhtajan |
118. Telophase | Strasburger |
119. Thallophyta | Endlichler |
120. Tissue | Bichat |
121. Tracheophyta | Sinnott |
122. Unit membrane | Robertson |
123. Vernalin | Melchers |
124. Vertebrate | Lamarck |
125. Viroid | T.O. Diener |
126. Vitamin | Casimir Funk (1884-1967) |
127. Water potential | Stalyer and Taylor |
128. Wobble | Crick |
129. Xenia | Focke |
130. Zeatin | Letham |