Austroasiatic
(AA)-speaking
populations
in
northern
Thailand
are
of
significant
interest
due
to
their
status
as
indigenous
descendants
and
location
at
the
crossroads
AA
prehistoric
distribution
across
Southern
China,
Indian
Subcontinent,
Mainland
Southeast
Asia.
However,
complexity
ethnic
identification
can
result
inaccuracies
regarding
origin
migration
history
these
populations.
To
address
this,
we
have
conducted
a
genome-wide
SNP
analysis
89
individuals
from
two
Lavue
three
Lwa-endonym
We
then
combined
our
outcomes
with
previously
published
data
elucidate
genetic
diversity
clustering
groups
Thailand.
High-quality
genomic
datasets
from
under-representative
populations
are
essential
for
population
genetic
analysis
and
medical
relevance.
Although
the
Tujia
most
populous
ethnic
minority
in
southwestern
China,
previous
studies
have
been
fragmented
only
partially
reveal
their
diversity
landscape.
The
understanding
of
fine-scale
structure
potentially
differentiated
biological
adaptive
features
remains
nascent.
Austroasiatic
(AA)-speaking
populations
in
northern
Thailand
are
of
significant
interest
due
to
their
status
as
indigenous
descendants
and
location
at
the
crossroads
AA
prehistoric
distribution
across
Southern
China,
Indian
Subcontinent,
Mainland
Southeast
Asia.
However,
complexity
ethnic
identification
can
result
inaccuracies
regarding
origin
migration
history
these
populations.
To
address
this,
we
have
conducted
a
genome-wide
SNP
analysis
89
individuals
from
two
Lavue
three
Lwa-endonym
We
then
combined
our
outcomes
with
previously
published
data
elucidate
genetic
diversity
clustering
groups
Thailand.