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Is Indratno
"[ABSTRAK
Penelitian ini bertujuan untuk melihat faktor-faktor yang berpengaruh
terhadap penggunaan produk inovasi sistem pembayaran dan pengaruh inovasi
sistem pembayaran terhadap pengukuran jumlah uang beredar di Indonesia. Dalam
penelitian ini, produk inovasi sistem pembayaran direpresentasikan oleh
perkembangan instrumen pembayaran elektronis , alat pembayaran menggunakan
kartu (APMK) yaitu kartu debet dan kartu kredit serta emoney. Sedangkan untuk
pengukuran jumlah uang digunakan metode simple sum aggregate dan divisa
Model yang digunakan dalam penelitian ini adalah Error-Correction Model
untuk melihat hubungan faktor-faktor yang berpengaruh terhadap penggunaan
produk inovasi sistem pembayaran penjualan eceran, jumlah akses, resiko, suku
bunga deposito, sukubunga kredit, nilai transkasi dan volume transkasi dan
hubungan inovasi sistem pembayaran terhadap pengukuran jumlah uang beredar
M2 simple sum dan divisia. Dari hasil studi diperoleh bahwa faktor nilai transkasi
berpengaruh terhadap seluruh produk sistem pembayaran dan inovasi sistem
pembayaran memiliki hubungan jangka pendek dan jangka panjang dengan
pengukuran jumlah uang beredar.

ABSTRACT
The thesis is devoted to the factors that influence the use of product
innovation and influence innovation payment sistem payment sistem to measure
the amount of money circulating in Indonesia. In this study, innovation product of
innovation represented by the development of the payment sistem of electronic
payment instruments (SKN and RTGS) , card payment ( APMK ) that debit cards
and credit cards and emoney also . As for the money demand used simple sum
aggregate and divisa method.
Error - Correction Model is applied in order to study the relationship factors
that influence the use of product innovation of payment sistem , the amount of
access , risk , deposit rates , loan interest rates , transaction value and volume of
transaction and payment sistems innovation relationship to measure the money
supply M2 simple sum and Divisia . This study showed that the transaction value
factor affecting product innovation of payment sistem and payment sistems
innovations have short -term relationships and long-term measurement of the
money supply.;The thesis is devoted to the factors that influence the use of product
innovation and influence innovation payment sistem payment sistem to measure
the amount of money circulating in Indonesia. In this study, innovation product of
innovation represented by the development of the payment sistem of electronic
payment instruments (SKN and RTGS) , card payment ( APMK ) that debit cards
and credit cards and emoney also . As for the money demand used simple sum
aggregate and divisa method.
Error - Correction Model is applied in order to study the relationship factors
that influence the use of product innovation of payment sistem , the amount of
access , risk , deposit rates , loan interest rates , transaction value and volume of
transaction and payment sistems innovation relationship to measure the money
supply M2 simple sum and Divisia . This study showed that the transaction value
factor affecting product innovation of payment sistem and payment sistems
innovations have short -term relationships and long-term measurement of the
money supply.;The thesis is devoted to the factors that influence the use of product
innovation and influence innovation payment sistem payment sistem to measure
the amount of money circulating in Indonesia. In this study, innovation product of
innovation represented by the development of the payment sistem of electronic
payment instruments (SKN and RTGS) , card payment ( APMK ) that debit cards
and credit cards and emoney also . As for the money demand used simple sum
aggregate and divisa method.
Error - Correction Model is applied in order to study the relationship factors
that influence the use of product innovation of payment sistem , the amount of
access , risk , deposit rates , loan interest rates , transaction value and volume of
transaction and payment sistems innovation relationship to measure the money
supply M2 simple sum and Divisia . This study showed that the transaction value
factor affecting product innovation of payment sistem and payment sistems
innovations have short -term relationships and long-term measurement of the
money supply., The thesis is devoted to the factors that influence the use of product
innovation and influence innovation payment sistem payment sistem to measure
the amount of money circulating in Indonesia. In this study, innovation product of
innovation represented by the development of the payment sistem of electronic
payment instruments (SKN and RTGS) , card payment ( APMK ) that debit cards
and credit cards and emoney also . As for the money demand used simple sum
aggregate and divisa method.
Error - Correction Model is applied in order to study the relationship factors
that influence the use of product innovation of payment sistem , the amount of
access , risk , deposit rates , loan interest rates , transaction value and volume of
transaction and payment sistems innovation relationship to measure the money
supply M2 simple sum and Divisia . This study showed that the transaction value
factor affecting product innovation of payment sistem and payment sistems
innovations have short -term relationships and long-term measurement of the
money supply.]"
2015
T42871
UI - Tesis Membership  Universitas Indonesia Library
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Nisrina Salsabila Indratno
"Kura-kura leher ular rote (Chelodina mccordi, Rhodin 1994) merupakan spesies endemik Pulau Rote, Nusa Tenggara Timur, Indonesia, dengan status konservasi kritis (critically endangered and Possibly Extinct in the Wild). Upaya reintroduksi kura-kura tersebut sudah dilakukan, tetapi keberadaan individu C. mccordi tetap tidak terdeteksi di alam. Pendekatan environmental DNA (eDNA) menjadi metode nonivasit alternatif untuk pendeteksian dan pemantauan spesies tersebut. Pengembangan metode pendeteksian eDNA C. mccordi memerlukan markah (primer) spesies spesifik agar dapat mengidentifikasi dengan akurat keberadaan DNA target pada sampel. Penelitian bertujuan untuk mengembangkan primer spesies spesifik untuk markah gen Cytochrome b (Cyt b) dalam pendeteksian eDNA C. mccordi. Primer dirancang berdasarkan urutan nukleotida gen Cyt b dari C. mccordi dengan spesies Chelodina lain. Pengujian primer dilakukan menggunakan sampel air yang mengandung DNA target untuk mengevaluasi spesifitas dan sensitivitas primer. Sampel air yang sudah terekstrak kemudian diproses dengan teknik Quantitative Polymerase Chain Reaction (qPCR) dan High Resolution Melting (HRM). Hasil penelitian menunjukkan bahwa primer desain (UI_Cm_Cytb) berhasil mengidentifikasi keberadaan C. mccordi dalam sampel. Nilai sensitivitas dan spesifitas primer tergolong tinggi, yaitu 87,5% dan 100%, serta primer tersebut dapat digunakan dalam pendeteksian eDNA C. mccordi dari sampel air. Primer perlu dilakukan optimasi lebih lanjut terkait pendeteksian kelimpahan individu.

The Rote snake-necked turtle (Chelodina mccordi) is an Indonesia endemic species with critically endangered and Possibly Extinct in the Wild status. Attempts to reintroduce this turtle have been conducted, however the tracking of C. mccordi individuals in their natural habitat has not been observed. The environmental DNA (eDNA) is an alternative non-invasive method for detection and monitoring of this species. The development of an eDNA method for detection of C. mccordi requires species-specific markers in order to accurately identify the presence of target DNA in the sample. This study aims to develop species-specific primers using the Cytochrome b (Cyt b) as molecular marker for the detection of eDNA from C. mccordi. The specificity and sensitivity of the primers were evaluated using water samples containing C. mccordi and their related species. The extracted eDNA from water samples are then processed using Quantitative Polymerase Chain Reaction (qPCR) and High-Resolution Melting (HRM) techniques. The results showed that the design primer (UI_Cm_Cytb) was successful for detection the presence of C. mccordi from the samples. The sensitivity and specificity values of the primers are relatively high, namely 87.5% and 100%. Futhermore, the primer needs to be optimized and tested regarding the individual abundance in sample."
Depok: Fakultas Matematika dan Ilmu Pengetahuan Alam Universitas Indonesia, 2024
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UI - Skripsi Membership  Universitas Indonesia Library