The Fan Hitch Volume 1, Number 4  July 1999

Newsletter of the Inuit Sled Dog


Table of Contents

Editorial:  Defining the Inuit Sled Dog

Featured Inuit Dog Owner:  Sylvia Feder


All the Wrong Reasons

DNA Project

Last Trip of the Century to the North Pole


Bering Bridge Expedition - 10 Years Later

Ways of the North

Behavioral Notebook:  Watching TV


Poem:  Standing Invitation


Video Review:  Dog of the Midnight Sun


Janice Howls:  Observations

In My Humble Opinion:  Work, et. al.


Navigating This Site

Index of articles by subject


Index of back issues by volume number

Search The Fan Hitch

Articles to download and print

Ordering Ken MacRury's Thesis

Our comprehensive list of resources

Talk to The Fan Hitch

The Fan Hitch home page


ISDI home page



Editor's/Publisher's Statement
              Editor: Sue Hamilton
              Webmaster: Mark Hamilton
The Fan Hitch Website and Publications of the Inuit Sled Dog– the quarterly Journal (retired in 2018) and PostScript – are dedicated to the aboriginal landrace traditional Inuit Sled Dog as well as related Inuit culture and traditions. 

PostScript is published intermittently as material becomes available. Online access is free at: http://thefanhitch.org  PostScript welcomes your letters, stories, comments and The editorial staff reserves the right to edit submissions used for publication.

Contents of The Fan Hitch Website and its publications  are protected by international copyright laws. No photo, drawing or text may be reproduced in any form without written consent. Webmasters please note: written consent is necessary before linking this site to yours! Please forward requests to Sue Hamilton, 55 Town Line Rd., Harwinton, Connecticut  06791, USA or mail@thefanhitch.org







Mitochondrial DNA (mtDNA) Study


Peter Savolainen of Stockholm, Sweden is co-author on the landmark study reported on Science June 13, 1997, "The Multiple and Ancient Origins of the Domestic Dog" (vol. 276, pp. 1687-89).  His group determined the domestic dog may have separated from the wolf as long ago as 125,000 years, a conclusion that created much debate.  Peter is extending this study and will run 400 more samples looking for the total variation in the domestic dog, how breeds are related, and of course, for clues to the domestic dog point of origin.  A member of the Primitive and Aboriginal Dog Society (PADS) suggested the inclusion of aboriginal dogs as they are the ones who have the best chance of providing information about origins.  So, Dr. Savolainen contacted PADS founder Janice Koler-Matznick to help find owners of breeds believed to be pure ancient/aboriginal. Included in the study were the New Guinea Singing Dog, Sloughi, Azawakh, Lundehund, African Sicca, Saluki,  Santal Hound [pure Indian pariah], Basenji, Karelian Bear dog and the Inuit Sled Dog (ISD).  In the original study, the ISD had a unique mtDNA sequence that no other dog had.  And although no longer considered  aboriginal,  several samples from Alaskan Malamutes were included as these came from the original line of malamutes that descended from the now extinct Inuit Dogs of the Kotzebue Sound region of Alaska.
   
Samples were collected as follows. Ten hairs per dog, with the little bulb root attached (only place there is DNA) were plucked out and submitted.  If possible, the dogs sampled were from separate maternal founders, as mitochondrial DNA (mtDNA) is inherited only from dams,  and all dogs descended from a dam will have her mtDNA (barring mutations). Pedigrees or a chart showing how the dogs sampled are related were submitted with the hair samples.

Dr. Savolainen will advise Janice Koler-Matznick if he finds anything really unusual, and will notify her when the study is published so she in turn can notify those known to her to have sent samples.  This may happen no sooner than late 1999.

Dr. Savolainen's mtDNA results will show whether or not the breeds are closely related on the maternal line, and that is all.  If a male of another breed was crossed in at any point, that will not show up.  They use mtDNA because it mutates more rapidly than nuclear DNA and so is more informative for a short time frame (centuries to a few thousand years) and because it is not recombined each generation: it is like "time's arrow."  BUT it has, like everything, drawbacks and ultimately cannot tell us as much as sequencing the a lot of the nuclear genome (a la the AKC Canine Genome Project) which is much more expensive and takes a LOT of time and the cooperation of several labs.
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