100 Examples of sentences containing the common noun "hyaloplasm"

Definition

Hyaloplasm refers to the clear, viscous fluid component of the cytoplasm in a cell, which is rich in proteins and other substances. It serves as the medium for cellular processes and supports organelles within the cytoplasm.

Synonyms

• Cytosol
• Intracellular fluid
• Protoplasm (when considered broadly)
• Cell sap (in some contexts)

Antonyms

• Nucleus (in the context of cellular components)
• Solid matter (in the context of cellular structure)

Examples

1. The scientist observed how the organelles floated within the hyaloplasm of the cell.
2. Researchers discovered that the composition of hyaloplasm can change under different environmental conditions.
3. During the experiment, they noted that the hyaloplasm contained various proteins essential for cellular function.
4. The hyaloplasm plays a crucial role in transporting nutrients throughout the cell.
5. Changes in the hyaloplasm can affect the overall health of the cell.
6. The fluidity of the hyaloplasm allows for easy movement of materials within the cytoplasm.
7. Under a microscope, the hyaloplasm appeared as a gel-like substance.
8. Different cell types have varying amounts of hyaloplasm depending on their function.
9. The biologist explained how the hyaloplasm interacts with different organelles.
10. He hypothesized that the hyaloplasm could be a key factor in cellular respiration.
11. The hyaloplasm was crucial for the experiment focused on cell division.
12. Observing the changes in hyaloplasm helped the team understand the cell's response to stress.
13. The hyaloplasm can sometimes be mistaken for the entire cytoplasm.
14. In their research, they measured the viscosity of the hyaloplasm.
15. The structure of the hyaloplasm contributes to its ability to support cellular processes.
16. The hyaloplasm acts as a buffer against cellular damage.
17. He noted that the pH of the hyaloplasm was essential for enzyme activity.
18. Changes in the hyaloplasm were observed during the cell's growth phase.
19. The hyaloplasm is where many metabolic reactions take place.
20. They isolated the hyaloplasm to study the effects of toxins on cell health.
21. The fluid nature of hyaloplasm allows for efficient diffusion of molecules.
22. The hyaloplasm is essential for maintaining cell shape and integrity.
23. During cytokinesis, the hyaloplasm plays a critical role in cell separation.
24. He described how the hyaloplasm interacts with signaling molecules.
25. The balance of ions in the hyaloplasm is vital for cellular function.
26. They were surprised to find a higher concentration of enzymes in the hyaloplasm.
27. The hyaloplasm serves as a site for the synthesis of certain biomolecules.
28. Observing the hyaloplasm helped her understand the cell's regulatory mechanisms.
29. The researchers focused on how temperature affected the hyaloplasm's properties.
30. The hyaloplasm can change in response to various stimuli.
31. He described the hyaloplasm as the lifeblood of the cell.
32. The hyaloplasm is involved in the transport of metabolites.
33. She explained that the hyaloplasm acts as a protective medium for organelles.
34. The clarity of the hyaloplasm allowed for better imaging in the study.
35. Changes in the hyaloplasm can indicate cellular aging.
36. The hyaloplasm is crucial for maintaining osmotic balance within the cell.
37. They used fluorescence microscopy to visualize components within the hyaloplasm.
38. The hyaloplasm helps in the distribution of heat within the cell.
39. The hyaloplasm is a dynamic environment that reflects the cell's metabolic state.
40. He emphasized the importance of the hyaloplasm in cellular communication.
41. The viscosity of the hyaloplasm can influence cell motility.
42. She studied how different stimuli affected the composition of hyaloplasm.
43. The hyaloplasm contains various ions that are critical for cellular activities.
44. The team observed that the hyaloplasm became less viscous under certain conditions.
45. The hyaloplasm supports the cell's cytoskeleton, providing structure.
46. They noted that the hyaloplasm changes during the cell cycle.
47. The hyaloplasm facilitates the movement of vesicles within the cell.
48. He described the hyaloplasm as a living environment within the cell.
49. The hyaloplasm can affect how quickly a cell responds to stimuli.
50. The study focused on the relationship between organelles and hyaloplasm.
51. The hyaloplasm's composition can influence drug uptake in cells.
52. She explained how the hyaloplasm can act as a reservoir for nutrients.
53. The researchers were interested in how the hyaloplasm changes with cell differentiation.
54. The hyaloplasm contains various cellular components suspended in it.
55. They measured the concentration of proteins in the hyaloplasm during their experiments.
56. The hyaloplasm is affected by the cell's metabolic rate.
57. His research indicated that the hyaloplasm could be a site for signal transduction.
58. The hyaloplasm helps maintain the shape of the cell under mechanical stress.
59. She studied the interaction between the hyaloplasm and the plasma membrane.
60. The team discovered that the hyaloplasm plays a role in cellular repair processes.
61. The hyaloplasm is essential for the transport of genetic materials.
62. He emphasized the role of the hyaloplasm in maintaining homeostasis.
63. The hyaloplasm can influence the cell's response to external signals.
64. Changes in the hyaloplasm can impact the overall vitality of the cell.
65. The hyaloplasm acts as a medium for enzymatic reactions.
66. She noted that proteins within the hyaloplasm can act as signaling molecules.
67. The hyaloplasm is crucial for the metabolic activities of the cell.
68. They found that the hyaloplasm helps regulate the internal environment of the cell.
69. The hyaloplasm can be affected by changes in temperature and pressure.
70. He observed that the hyaloplasm contributes to the cell's ability to adapt.
71. The hyaloplasm supports the cell's internal structures during division.
72. She highlighted the significance of the hyaloplasm in nutrient storage.
73. The study focused on how the hyaloplasm interacts with other cellular components.
74. The hyaloplasm can also play a role in apoptosis.
75. He discussed how the hyaloplasm influences the movement of organelles.
76. The hyaloplasm is essential for the formation of vesicles.
77. The researchers analyzed how the hyaloplasm impacts cellular signaling pathways.
78. The hyaloplasm can influence the outcome of cellular stress responses.
79. They discovered that the hyaloplasm could be modified to enhance cellular functions.
80. The hyaloplasm serves as a buffer for cellular pH levels.
81. She found that the hyaloplasm could affect the stability of cellular structures.
82. The hyaloplasm is where many cellular processes are initiated.
83. His research focused on the interplay between the hyaloplasm and organelle function.
84. The hyaloplasm can serve as a site for protein synthesis.
85. The fluid properties of the hyaloplasm allow for rapid cellular responses.
86. They studied the role of the hyaloplasm in energy production.
87. The hyaloplasm can impact the efficiency of cellular metabolism.
88. He explained how the hyaloplasm is involved in cell signaling.
89. The hyaloplasm can change based on the cell's energy demands.
90. The research emphasized the importance of the hyaloplasm in cell survival.
91. The hyaloplasm can sometimes be altered by external factors such as toxins.
92. She highlighted the role of the hyaloplasm in cellular homeostasis.
93. The hyaloplasm supports the transportation of essential metabolites.
94. Changes in the hyaloplasm composition can signify disease states.
95. The hyaloplasm can influence the behavior of the entire cell.
96. He emphasized the need to understand the hyaloplasm for cancer research.
97. The hyaloplasm acts as a site for various biochemical reactions.
98. She noted that the hyaloplasm is vital for the cell's adaptability.
99. The hyaloplasm provides a medium for cellular communication.
100. They hypothesized that modifications in the hyaloplasm could lead to therapeutic advances.