NEW FULL PAPER AVAILABLE: Comparison of African savanna elephant (Loxodonta africana) fatty acid profiles in whole blood, whole blood dried on blood spot cards, serum, and plasma

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Comparison of African savanna elephant (Loxodonta africana) fatty acid
profiles in whole blood, whole blood dried on blood spot cards, serum, and
plasmaJordan Wood, Larry J. Minter, Doug Bibus, Michael K. Stoskopf, Vivek
Fellner & Kimberly Ange-van HeugtenPeerJDecember 14,
2021 AbstractBackground

African elephants in managed care have presented differences in the balance
between omega-3 and omega-6 fatty acids, a situation primarily thought to
be due to dietary differences between the managed animals and their
free-ranging counterparts. Because of this, circulating fatty acid status
is included in routine monitoring of elephant health. A method of blood
collection that requires only a few drops of whole blood, dried on filter
paper (DBS) and can be used for analyzing full fatty acid profiles offers
advantages in clinical application.

Methods

This study compared the use of whole blood, and whole blood DBS, serum or
plasma for use in evaluating circulating fatty acid composition in African
savannah elephants. Samples from six African elephants (two males and four
females) were collected during the same week at the NC Zoo, Asheboro, NC.

*Results *

Results found only 2 of 36 individual fatty acids and none of the 10 fatty
acid groupings were different when comparing the four blood fraction sample
types to each other with Mann-Whitney U-Test pairwise comparisons. Myristic
acid (14:0) was lower in the DBS samples than in whole blood, serum, and
plasma and pentadecaenoic acid (15:1) was slightly more concentrated in DBS
and whole blood.

*Discussion *

Results indicate that fatty acid profile of serum, plasma, whole blood, and
DBS are comparable in African elephants. The DBS method offers advantages
in acquisition and handling and may be preferable to other methods in both
routine health assessment of captive animals and field research on free
ranging animals.

FULL PAPER PDF
LINKhttps://drive.google.com/file/d/1g16-BEMCl_bJtpFIC2uHqgN0BA6EEQ0n/view?usp=sharing
https://drive.google.com/file/d/1g16-BEMCl_bJtpFIC2uHqgN0BA6EEQ0n/view?usp=sharing
FULL
PAPER WEB LINKhttps://peerj.com/articles/12650/
https://peerj.com/articles/12650/

*Comparison of African savanna elephant (Loxodonta africana) fatty acid profiles in whole blood, whole blood dried on blood spot cards, serum, and plasmaJordan Wood, Larry J. Minter, Doug Bibus, Michael K. Stoskopf, Vivek Fellner & Kimberly Ange-van HeugtenPeerJDecember 14, 2021 AbstractBackground* African elephants in managed care have presented differences in the balance between omega-3 and omega-6 fatty acids, a situation primarily thought to be due to dietary differences between the managed animals and their free-ranging counterparts. Because of this, circulating fatty acid status is included in routine monitoring of elephant health. A method of blood collection that requires only a few drops of whole blood, dried on filter paper (DBS) and can be used for analyzing full fatty acid profiles offers advantages in clinical application. *Methods* This study compared the use of whole blood, and whole blood DBS, serum or plasma for use in evaluating circulating fatty acid composition in African savannah elephants. Samples from six African elephants (two males and four females) were collected during the same week at the NC Zoo, Asheboro, NC. *Results * Results found only 2 of 36 individual fatty acids and none of the 10 fatty acid groupings were different when comparing the four blood fraction sample types to each other with Mann-Whitney U-Test pairwise comparisons. Myristic acid (14:0) was lower in the DBS samples than in whole blood, serum, and plasma and pentadecaenoic acid (15:1) was slightly more concentrated in DBS and whole blood. *Discussion * Results indicate that fatty acid profile of serum, plasma, whole blood, and DBS are comparable in African elephants. The DBS method offers advantages in acquisition and handling and may be preferable to other methods in both routine health assessment of captive animals and field research on free ranging animals. *FULL PAPER PDF LINKhttps://drive.google.com/file/d/1g16-BEMCl_bJtpFIC2uHqgN0BA6EEQ0n/view?usp=sharing <https://drive.google.com/file/d/1g16-BEMCl_bJtpFIC2uHqgN0BA6EEQ0n/view?usp=sharing> FULL PAPER WEB LINKhttps://peerj.com/articles/12650/ <https://peerj.com/articles/12650/>*