100 Examples of sentences containing the common noun "oligo"

Definition

"Oligo" is a prefix derived from the Greek word "oligos," meaning "few" or "little." It is commonly used in various scientific contexts, particularly in biology and chemistry, to denote a small number of units or components, such as oligonucleotides (short sequences of nucleotides) or oligomers (small polymers).

Synonyms

• Few
• Little
• Sparse
• Limited
• Minor

Antonyms

• Many
• Numerous
• Abundant
• Plentiful
• Countless

Examples

1. Researchers are studying how oligo affects gene expression.
2. The oligo binds to the target DNA sequence.
3. Scientists develop an oligo to enhance the PCR process.
4. The oligo is crucial in the synthesis of the new compound.
5. An oligo can facilitate the amplification of specific genes.
6. The team designed an oligo tailored for the experiment.
7. The oligo serves as a primer in the sequencing reaction.
8. They analyzed the oligo for its binding affinity.
9. The oligo plays a vital role in the CRISPR mechanism.
10. She synthesized an oligo to test its effectiveness.
11. The oligo was used in the diagnostic test.
12. Researchers compared the oligo's stability under different conditions.
13. The oligo enhances the accuracy of the assay.
14. He selected the oligo with the highest specificity.
15. The oligo has potential applications in therapeutic interventions.
16. The oligo can be modified for improved performance.
17. They identified a novel oligo in their findings.
18. The oligo was crucial for the experiment's success.
19. The oligo demonstrated strong binding to the target molecule.
20. She optimized the oligo concentration for the reaction.
21. The results showed that the oligo increased yield significantly.
22. The oligo is often used in gene editing applications.
23. The oligo facilitates the study of genetic disorders.
24. The oligo is designed to target specific mutations.
25. The oligo can be used in various molecular biology techniques.
26. Scientists reported findings related to the oligo's effectiveness.
27. The oligo is made up of short nucleotide sequences.
28. They constructed an oligo with modified bases.
29. The oligo was incorporated into the research project.
30. An oligo can be synthesized using automated machines.
31. They utilized the oligo to investigate protein interactions.
32. The oligo was characterized for its thermal stability.
33. This oligo exhibits a high degree of specificity.
34. He noted that the oligo could be a game-changer in research.
35. The oligo is essential for the process of DNA replication.
36. The oligo binds tightly to its complementary strand.
37. Researchers studied the oligo's effect on cellular pathways.
38. The oligo is often used in RNA interference studies.
39. They modified the oligo to improve its binding properties.
40. The oligo is a key component in the assay development.
41. The oligo was carefully analyzed for purity.
42. It is crucial that the oligo remains stable in the reaction.
43. They measured the oligo's concentration using spectrophotometry.
44. The oligo is synthesized through solid-phase chemistry.
45. She employed the oligo in her experimental setup.
46. The oligo can facilitate the detection of specific sequences.
47. The oligo is instrumental in understanding gene function.
48. Researchers utilized the oligo for cloning purposes.
49. The oligo serves as a template for DNA synthesis.
50. They achieved significant results thanks to the oligo.
51. The oligo was crucial in the study of protein-DNA interactions.
52. This oligo can be labeled for visualization in experiments.
53. The oligo is frequently used in diagnostic assays.
54. The oligo facilitates the detection of viral RNA.
55. Scientists reported the successful use of the oligo.
56. The oligo was optimized for use in high-throughput screening.
57. The oligo can help to elucidate gene regulation mechanisms.
58. The oligo is often a critical element in genetic research.
59. Researchers designed the oligo to minimize off-target effects.
60. The oligo can be used to study mRNA stability.
61. The oligo is synthesized with specific modifications.
62. They compared various oligo sequences for their effectiveness.
63. The oligo is often employed in gene therapy applications.
64. The oligo was tested for its efficacy in cellular assays.
65. This oligo demonstrated promising results in preliminary tests.
66. The oligo is pivotal in the realm of synthetic biology.
67. They examined how the oligo affects cellular behavior.
68. The oligo is crucial for applications in nanotechnology.
69. The oligo was synthesized using a novel approach.
70. The oligo can be used to silence specific genes.
71. They focused on the oligo's role in gene expression analysis.
72. The oligo was validated through several experiments.
73. The oligo can enhance the specificity of the reaction.
74. The oligo was utilized for RNA sequencing projects.
75. It is important that the oligo remains stable in solution.
76. The oligo is often designed with unique properties.
77. Researchers developed a library of oligo sequences.
78. The oligo was critical for the completion of the project.
79. The oligo can be used to create gene knockouts.
80. The oligo is a fundamental tool in molecular genetics.
81. The oligo was carefully selected for its specificity.
82. They explored the potential of the oligo in therapeutics.
83. The oligo is frequently used in research laboratories.
84. The oligo can be modified for enhanced stability.
85. The oligo was employed in the synthesis of new compounds.
86. This oligo affects the efficiency of the cloning process.
87. The oligo was incorporated into the final product.
88. The oligo can facilitate the assembly of larger constructs.
89. The oligo is often characterized for its unique properties.
90. The oligo was utilized in the study of disease mechanisms.
91. The oligo is crucial for the development of new diagnostics.
92. The oligo can be used in various therapeutic applications.
93. They reported significant findings based on the oligo work.
94. The oligo is commonly used in research protocols.
95. The oligo was synthesized in a specialized laboratory.
96. This oligo affects the outcomes of genetic experiments.
97. The oligo is essential for the construction of genetic circuits.
98. The oligo was tested under various experimental conditions.
99. The oligo can enhance the sensitivity of detection methods.
100. The oligo was a fundamental part of the research study.