VARIASI GENETIKA PADA POPULASI BATAK, JAWA, DAYAK, TORAJA DAN TRUNYAN DENGAN PEMERIKSAAN D-LOOP MITOKONDRIA DNA

Background :The colonization history began from the history of the island settlement in Southeast Asia with two distributions of population the first was the exposure of Sahul Paleolitic colonization about 45,000 years ago. The spreading was from Formosa island to the South through the Philippine...

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Main Author: Sumy Hastry Purwanti, 091170135
Format: Theses and Dissertations NonPeerReviewed
Language:Indonesian
Indonesian
Published: 2016
Subjects:
Online Access:http://repository.unair.ac.id/58132/1/1.%20ABSTRAK%20Dis%20K%2018-16%20Pur%20v.pdf
http://repository.unair.ac.id/58132/2/2.%20FULLTEXT%20Dis%20K%2018-16%20Pur%20v.pdf
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Institution: Universitas Airlangga
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spelling id-langga.581322017-07-31T19:08:53Z http://repository.unair.ac.id/58132/ VARIASI GENETIKA PADA POPULASI BATAK, JAWA, DAYAK, TORAJA DAN TRUNYAN DENGAN PEMERIKSAAN D-LOOP MITOKONDRIA DNA Sumy Hastry Purwanti, 091170135 R Medicine Background :The colonization history began from the history of the island settlement in Southeast Asia with two distributions of population the first was the exposure of Sahul Paleolitic colonization about 45,000 years ago. The spreading was from Formosa island to the South through the Philippines, tip of Sulawesi or Kalimantan, then continued to Java and Sumatera. Another distribution was from Austronesia to the West until Polynesia. Purpose/Objective : The study of the genetic variation in Indonesian population from the five population (Batak, Javanese, Dayaks, Toraja and Trunyan) prove that there are contribution between the genetic. Population and Method : This research population is about Indonesian tribes: Batak, Javanese, Dayak, Toraja and Trunyan. Those samples used soil and the people were not burried when they passed away. Result : The results showed a clear link among the five population. The Batak fifteen samples population has successfully sequenced five samples, The Dayak population from thirteen samples has successfully sequenced six samples, The Javanese population from thirteen samples has successfully sequenced six, The Toraja population from fourteen samples has successfully sequenced four samples, and The Trunyan population from twelve samples successfully sequenced five samples. The order of sequences gained were analyzed based on reference sequences for reanalysis sequence of Cambridge Reference /rCRS (Andrew,1999) as the standard number shown in the table . 2016 Thesis NonPeerReviewed text id http://repository.unair.ac.id/58132/1/1.%20ABSTRAK%20Dis%20K%2018-16%20Pur%20v.pdf text id http://repository.unair.ac.id/58132/2/2.%20FULLTEXT%20Dis%20K%2018-16%20Pur%20v.pdf Sumy Hastry Purwanti, 091170135 (2016) VARIASI GENETIKA PADA POPULASI BATAK, JAWA, DAYAK, TORAJA DAN TRUNYAN DENGAN PEMERIKSAAN D-LOOP MITOKONDRIA DNA. Disertasi thesis, Universitas Airlangga. http://lib.unair.ac.id
institution Universitas Airlangga
building Universitas Airlangga Library
country Indonesia
collection UNAIR Repository
language Indonesian
Indonesian
topic R Medicine
spellingShingle R Medicine
Sumy Hastry Purwanti, 091170135
VARIASI GENETIKA PADA POPULASI BATAK, JAWA, DAYAK, TORAJA DAN TRUNYAN DENGAN PEMERIKSAAN D-LOOP MITOKONDRIA DNA
description Background :The colonization history began from the history of the island settlement in Southeast Asia with two distributions of population the first was the exposure of Sahul Paleolitic colonization about 45,000 years ago. The spreading was from Formosa island to the South through the Philippines, tip of Sulawesi or Kalimantan, then continued to Java and Sumatera. Another distribution was from Austronesia to the West until Polynesia. Purpose/Objective : The study of the genetic variation in Indonesian population from the five population (Batak, Javanese, Dayaks, Toraja and Trunyan) prove that there are contribution between the genetic. Population and Method : This research population is about Indonesian tribes: Batak, Javanese, Dayak, Toraja and Trunyan. Those samples used soil and the people were not burried when they passed away. Result : The results showed a clear link among the five population. The Batak fifteen samples population has successfully sequenced five samples, The Dayak population from thirteen samples has successfully sequenced six samples, The Javanese population from thirteen samples has successfully sequenced six, The Toraja population from fourteen samples has successfully sequenced four samples, and The Trunyan population from twelve samples successfully sequenced five samples. The order of sequences gained were analyzed based on reference sequences for reanalysis sequence of Cambridge Reference /rCRS (Andrew,1999) as the standard number shown in the table .
format Theses and Dissertations
NonPeerReviewed
author Sumy Hastry Purwanti, 091170135
author_facet Sumy Hastry Purwanti, 091170135
author_sort Sumy Hastry Purwanti, 091170135
title VARIASI GENETIKA PADA POPULASI BATAK, JAWA, DAYAK, TORAJA DAN TRUNYAN DENGAN PEMERIKSAAN D-LOOP MITOKONDRIA DNA
title_short VARIASI GENETIKA PADA POPULASI BATAK, JAWA, DAYAK, TORAJA DAN TRUNYAN DENGAN PEMERIKSAAN D-LOOP MITOKONDRIA DNA
title_full VARIASI GENETIKA PADA POPULASI BATAK, JAWA, DAYAK, TORAJA DAN TRUNYAN DENGAN PEMERIKSAAN D-LOOP MITOKONDRIA DNA
title_fullStr VARIASI GENETIKA PADA POPULASI BATAK, JAWA, DAYAK, TORAJA DAN TRUNYAN DENGAN PEMERIKSAAN D-LOOP MITOKONDRIA DNA
title_full_unstemmed VARIASI GENETIKA PADA POPULASI BATAK, JAWA, DAYAK, TORAJA DAN TRUNYAN DENGAN PEMERIKSAAN D-LOOP MITOKONDRIA DNA
title_sort variasi genetika pada populasi batak, jawa, dayak, toraja dan trunyan dengan pemeriksaan d-loop mitokondria dna
publishDate 2016
url http://repository.unair.ac.id/58132/1/1.%20ABSTRAK%20Dis%20K%2018-16%20Pur%20v.pdf
http://repository.unair.ac.id/58132/2/2.%20FULLTEXT%20Dis%20K%2018-16%20Pur%20v.pdf
http://repository.unair.ac.id/58132/
http://lib.unair.ac.id
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