Algae Technology and Innovation, Arizona Center for (AzCATI)

Keyphrases

1. Microalgae 100%
2. Haematococcus Pluvialis 69%
3. Hydrothermal Liquefaction 50%
4. Rhodophyta 49%
5. Chlorophyceae 49%
6. Bangia Fusco-purpurea 45%
7. Lipids 42%
8. Astaxanthin 38%
9. Cell Wall 37%
10. Neutral Lipids 32%
11. Conchocelis 31%
12. Green Microalgae 31%
13. Galdieria Sulphuraria 31%
14. Nannochloropsis 28%
15. Green Algae 27%
16. Techno-economic 26%
17. Scenedesmus 24%
18. Algal Biomass 24%
19. Triacylglycerol 24%
20. Biochar 23%
21. Chlorophyll a (Chl a) 23%
22. Mixotrophic 23%
23. Oxidative Stress 23%
24. Lipid Accumulation 22%
25. Cyanidioschyzon Merolae 21%
26. Biomass Productivity 20%
27. Cellulose 20%
28. Arizona 20%
29. Photobioreactor 19%
30. Raceway 18%
31. Carbohydrates 18%
32. Carotenoids 18%
33. Chlamydomonas Reinhardtii 17%
34. Photosynthesis 17%
35. Bangia 16%
36. Biomass Composition 16%
37. Scenedesmus Dimorphus 16%
38. Biocrude Oil 16%
39. Motile Cells 16%
40. Creek 16%
41. Haematococcus 15%
42. Nannochloropsis Oceanica 15%
43. Biofuel Production 15%
44. Algal Strains 15%
45. Algal Species 15%
46. Cell Wall Composition 15%
47. Flat-panel Photobioreactor 14%
48. Lipid Production 14%
49. Growth Rate 14%
50. Outdoor Cultivation 14%
51. Environmental Conditions 14%
52. Chlamydomonas 14%
53. Unicellular Green Algae 14%
54. Diatoms 13%
55. Porphyra 13%
56. Protective Mechanism 13%
57. Outdoor Photobioreactor 12%
58. Growth Productions 12%
59. Astaxanthin Production 12%
60. Life Cycle Assessment 12%
61. Bio-oil 12%
62. Isolated Cells 12%
63. Antenna 12%
64. Algal Productivity 12%
65. Chlorella Zofingiensis 12%
66. Nile Red 12%
67. Lipid Content 12%
68. Algae Growth 11%
69. Astaxanthin Biosynthesis 11%
70. Taste-and-odor Compounds 11%
71. Nitrogen Concentration 11%
72. Stress Conditions 11%
73. Initial Biomass 10%
74. Biomass Density 10%
75. Polyenes 10%
76. Energy Transfer 10%
77. Bangiales 10%
78. Polyextremophiles 10%
79. Porphyridium Purpureum 10%
80. Thermotolerant 10%
81. Public-private Partnership 10%
82. Intermittent Streams 10%
83. Phytoplankton 10%
84. Dissolved Organic Carbon 10%
85. Outdoor Raceway Ponds 10%
86. Thermo 10%
87. Dissolved Air Flotation 10%
88. Sandstone 10%
89. Greenhouse 10%
90. Overproduction 10%
91. Molecular Mechanism 10%
92. Temperature Effect 10%
93. Intolerant 10%
94. Acid Mine Drainage 10%
95. Swine Manure 10%
96. Photoautotrophic 10%
97. Life Cycle Stages 10%
98. Biofuel 10%
99. Algae Cultivation 10%
100. Plastid Terminal Oxidase 10%