Tumbuhan Nepenthes Sp Ini Juga Bisa Berpotensi Sebagai Tanaman Hias, Tanaman Nepenthes Sp. Juga Diketahui Memiliki Potensi Untuk Menyuburkan Rambut Dan Mengobati Sakit Mata. Tumbuhan Ini Juga Diketahui Memiliki Aktifitas Antifungal Terhadap Beberapa Cendawan Patogen Tanaman. Keberadaan Rhizobakteri Di Daerah Perakaran Telah Dilaporkan Mampu Memberikan Pengaruh Positif Terhadap Pertumbuhan Tanaman. Dengan Ini Secara Langsung Rhizobakteri Mampu Memproduksi Enzim Lisis Yang Mampu Mendegradasi Dinding Sel Patogen, Memproduksi HCN Yang Sangat Bersifat Toksis Bagi Patogen, Dan Memproduksi Senyawa Antibiotik Yang Mampu Menghambat Pertumbuhan Patogen. Penelitian Telah Dilaksanakan Pada Bulan September Sampai Dengan Desember 2017. Penelitian Dilaksanakan Di Laboratorium Perlindungan Tanaman, Fakultas Pertanian, Universitas Borneo Tarakan. Penelitian Tentang Penapisan Rhizobakteri Asal Nepenthes Ampularia Dan Uji Potensinya Sebagai Agens Biokontrol Dengan Parameter Dengan Melakukan Pengamatan Kelimpahan Rhizobakteri, Keamanan Hayati, Karakter Fenotip, Aktivitas Antagonisme, Aktivitas Proteolitik, Dan Aktivitas Melarutkan Fosfat. . Rhizobakteri Yang Akan Digunakan Sebagai Agens Hayati Harus Memenuhi Syarat Tidak Berbahaya Bagi Tumbuhan Dan Mamalia. Dengan Melakukan Salah Satu Cara Yang Dapat Dilakukan Untuk Memastikan Isolat Bakteri Aman Bagi Tumbuhan Adalah Dengan Melakukan Uji Patogenesitas Pada Benih Tanaman Mentimun. Berdasarkan Hasil Pengujian Diketahui 10% Isolat Yang Berhasil Diisolasi Bersifat Patogenik Bagi Tumbuhan, Dan 90% Lainnya Aman Bagi Tumbuhan.
Pada Penelitian Ini Diperoleh Terdapat 20 Rhizobakteri Asal Akar Tanaman N. Ampularia, Dan 17 Diantaranya Aman Bagi Tumbuhan (Tidak Patogenik). Terdapat 9 (Sembilan) Isolat Rhizobakteri Yang Mampu Menghambat Pertumbuhan Cendawan Fusarium Oxysporum. Kesembilan Isolat Tersebut Adalah Amp8 (67,21%), Amp2 (54,30%), Amp14 (48,50%), Amp6 (47,00%), Amp1 (46,00%), Amp18 (37,50%), Amp10 (28,00%), Amp9 (22,00%), Dan Amp3 (21,25%). Rhizobakteri Yang Mampu Menghambat Pertumbuhan F. Oxysporum Secara In Vitro Juga Diketahui Mampu Menghasilkan Enzim Protease Dan Mampu Melarutkan Fosfat.

Nepenthes Sp Plant Can Also Potentially As An Ornamental Plant, Nepenthes Sp. Also Known To Have The Potential To Nourish Hair And Treat Eye Pain. And This Plant Is Also Known To Have Antifungal Activity Against Some Plant Pathogen Fungi. The Presence Of Rhizobacteria In The Root Areas Has Been Reported To Have A Positive Effect On Plant Growth. With This Rhizobacteria Directly Able To Produce Lysis Enzymes That Are Able To Degrade The Cell Walls Of Pathogens, Producing HCN Is Very Toxic To Pathogens, And Produce Antibiotic Compounds That Can Inhibit The Growth Of Pathogens. The Study Was Conducted From September To December 2017. The Study Was Conducted At The Plant Protection Laboratory, Faculty Of Agriculture, University Of Borneo Tarakan. Research On Rhizobacterial Screening Of Nepenthes Ampularia And Its Potential Test As Biocontrol Agent With Parameters By Observing The Abundance Of Rhizobacteria, Biological Safety, Phenotype Character, Antagonistic Activity, Proteolytic Activity, And Phosphate Dissolving Activity. Rhizobacteria To Be Used As Biological Agents Shall Qualify As Harmless To Plants And Mammals. By Doing One Way That Can Be Done To Ensure The Isolates Of Bacteria Safe For Plants Is To Test The Pathogenesis Of Cucumber Seeds. Based On The Test Results, 10% Of Isolates Isolated Are Pathogenic For Plants, And 90% Are Safe For Plants. In This Research, There Were 20 Rhizobacteria From Root Of Plant N. Ampularia, And 17 Of Them Are Safe For Plants (Not Pathogenic). There Are 9 (Nine) Rhizobacterial Isolates Capable Of Inhibiting The Growth Of Fusarium Oxysporum Fungus. The Nine Isolates Are Amp8 (67.21%), Amp2 (54.30%), Amp14 (48.50%), Amp6 (47.00%), Amp1 (46.00%), Amp18 (37.50% ), Amp10 (28.00%), Amp9 (22.00%), And Amp3 (21.25%). Rhizobacteria Capable Of Inhibiting The Growth Of F. Oxysporum In Vitro Is Also Known To Produce Protease Enzymes And Is Able To Dissolve Phosphates.