Alkhikmah, S.Si

  • Nama : Alkhikmah, S.Si
  • NIK : –
  • Jabatan Akademik : Laboran
  • Gelar Akademik : S.Si
  • Pendidikan S1, S2, S3 dan
    Asal Universitas :
    • S1 : Universitas Jendral Soedirman
    • S2 : –
    • S3 : –
  • Bidang Keahlian untuk setiap Jenjang Pendidikan:
    • S1 : Biologi
    • S2 : –
    • S3 : –
  • Alamat : Jl. KH. Ahmad Dahlan, Dusun III, Dukuhwaluh, Kec. Kembaran, Kabupaten Banyumas, Jawa Tengah 53182

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2013 – 2014

  • Developing of molecular early detection technique to support seedling production and germplasm conservation of Indonesia elite mutant coconut type Kopyor
  • Developing embryo splitting technique for double seedling production of Indonesian elite mutant type Kopyor (Rp. 65 m per year)

2015

  • Developing ex vitro rooting system to support kopyor coconut seedling production through in vitro technique

2016-2018

  • Conservation of Kopyor coconut through developing seed garden collection (Rp. 150 m per year)

2018 – 2020

  • Developing bioreactor system for mass scale production of free-virus plantlets of sugarcane (Rp. 150 m per year)

2020-2023

  • Developing Hybrid Coconut Kopyor to Support Seedling Preparation Program in Indonesia (140 m per year)

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2012

  • First best laboratory technical assistant, University of Muhammadiyah Purwokerto

2013

  • First best laboratory technical assistant, Kopertis Wilayah VI Jawa Tengah

Indonesia Patent Right

  1. Sisunandar & Alkhikmah (2019) Mini growth chamber, alat aklimatisasi bibit kelapa kopyor hasil kultur jaringan Patent granted no. IDP000064775. 20 November 2019
  2. Sisunandar & Alkhikmah (2016) Produksi bibit kelapa kopyor siap tanam secara in vitro. Patent granted no. IDP000041045. 16 Mei 2016.
  3. Sisunandar & Alkhikmah(2019) Produksi benih tebu siap tanam melalui kultur meristem, patent No. P00201810728 (patent pending)

INTERNATIONAL JOURNAL

  1. Sisunandar, Alkhikmah, Husin A, Julianto T, Yuniaty A, Rival A, Adkins SW (2018) Ex vitro rooting using a mini growth chamber increases root induction and accelerates acclimatization of kopor coconut (Cocos nucifera L.) embryo culture-derived seedling. In vitro Cellular & Developmental Biology.(online first)
  2. Sisunandar, Alkhikmah, Husin A, Suyadi A (2015) Embryo incision as a new technique to double seedling production of Indonesian elite coconut type “Kopyor”. Journal of Mathematical and Fundamental Sciences. 47:252 – 260