Items where Division is "Jabatan Fungsional > Sayono" and Year is 2021

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Number of items: 42.

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Sayono, . (2021) Artikel 1. Altitudinal distribution of Aedes indices during dry season in the dengue endemic area of Central Java, Indonesia. UNIMUS.

Sayono, . (2021) Artikel 10. Initial Finding of CYP9M10 Gene - TOIDJ-10-124. UNIMUS.

Sayono, . (2021) Artikel 11. Situasi terkini vektor Dengue - 3762-12903-1-PB. UNIMUS.

Sayono, . (2021) Artikel 12. Teknik selotif-entellan dapat mengawetkan .....4788-10343-1-SM.pdf. UNIMUS.

Sayono, . (2021) Artikel 13. Clustering Tuberculosis in children ....1.5112483-2-10. UNIMUS.

Sayono, . (2021) Artikel 14. Molecular Surveillance of Pyrethroid Resistance - 1976-4083-1-SM. UNIMUS.

Sayono, . (2021) Artikel 15. The effectivesness of Derris elliptica - IOP_Conf._Ser.__Earth_Environ._Sci._292_012052-2-8. UNIMUS.

Sayono, . (2021) Artikel 16. Riwayat panajan pestisida sebagai faktor .....pdf. UNIMUS.

Sayono, . (2021) Artikel 17. Larvicidal Activity of Ethyl Acetate Extract of Derris elliptica Root. UNIMUS.

Sayono, . (2021) Artikel 18. Evaluation of Toxicity in Four Extract Types of Tuba Root. UNIMUS.

Sayono, . (2021) Artikel 19. Daya Tetas Telur Aedes Aegypti pada Air Tercemar. UNIMUS.

Sayono, . (2021) Artikel 19. Daya Tetas Telur Aedes Aegypti pada Air Tercemar-7-15. UNIMUS.

Sayono, . (2021) Artikel 2. Distribution of Voltage-Gated Sodium Channel (Nav) Alleles among the Aedes aegypti Populations In Central Java Province and Its Association with Resistance to P. UNIMUS.

Sayono, . (2021) Artikel 20. Perilaku Bertelur Nyamuk Aedes Aegypti pada Air Sumur Gali dan Air Comberan. UNIMUS.

Sayono, . (2021) Artikel 20. Perilaku Bertelur Nyamuk Aedes Aegypti pada Air Sumur Gali dan Air Comberan-7-12. UNIMUS.

Sayono, . (2021) Artikel 3. Effect of D-Allethrin Aerosol and Coil to the Mortality of Mosquitoes. UNIMUS.

Sayono, . (2021) Artikel 4. Genetic diversity of Aedes aegypti. UNIMUS.

Sayono, . (2021) Artikel 5. Impact of Dengue Surveillance Workers - ophrp-10-376. UNIMUS.

Sayono, . (2021) Artikel 6. In-vitro study on the larvicidal activity of Manihot glaziovii peel extract against Aedes aegypti larvae. UNIMUS.

Sayono, . (2021) Artikel 7. Molecular identification, phylogeography, and genetic .....ATMPH_2017_10(2)_341-347. UNIMUS.

Sayono, . (2021) Artikel 8. Molecular Surveillance of Dengue in Semarang - pntd.0002354. UNIMUS.

Sayono, . (2021) Artikel 9. High Level of Resistance - 5664-16949-1-PB. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-1. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-10. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-11. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-12. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-13. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-14. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-15. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-16. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-17. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-18. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-19. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-2. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-20. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-3. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-4. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-5. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-6. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-7. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-8. UNIMUS.

Sayono, . (2021) Hsl-review-artikel-9. UNIMUS.

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