Prevalence of excessive screen time and its association with developmental delay in children aged <5 years: A population-based cross-sectional study in India

Position effects of 22q13 rearrangements on candidate genes in Phelan-McDermid syndrome

yes">EP300 have haploinsufficiency HI scores=<10%

CBAG: Conditional biomedical abstract generation

pone.0253905.e002">removedGRAPHIC P r(s | c)=∏ i=1
pone.0253905.e013">removedGRAPHIC L (l, t, c)=∑ i=1

Assessing the level of digital maturity of enterprises in the Central and Eastern European countries using the MCDM and Shannon's entropy methods

multiple criteria decision making method
area of multi criteria decision making methodologies
family of multi criteria decision optimization method

pone.0253965.e012">removedGRAPHIC L 1 j=S j=∑ i=1
pone.0253965.e019">removedGRAPHIC d i +=∑ j=1
j + 2</disp formula><disp formula id="pone.0253965.e020">removedGRAPHIC d i -=∑ j=1
pone.0253965.e039">removedGRAPHIC E j=-k ∑ t=1

Current surveys may underestimate climate change skepticism evidence from list experiments in Germany and the USA

Management of maternal depression: Qualitative exploration of perceptions of healthcare professionals from a public tertiary care hospital, Karachi, Pakistan

'In my age, we didn't have the computers': Using a complexity lens to understand uptake of diabetes eHealth innovations into primary care-A qualitative study

Women empowerment and skilled birth attendance in sub-Saharan Africa: A multi-country analysis

This is me: A qualitative investigation of young people's experience of growing up with visual impairment

Bilateral associated game: Gain and loss in revaluation

Lemma 3.<italic toggle="yes">For any game removedGRAPHIC<N, v>∈ G N<italic toggle="yes">and removedGRAPHIC 0<lambda<2 n -1
Theorem 1.<italic toggle="yes">For removedGRAPHIC 0<lambda<2 n -1
Theorem 2.<italic toggle="yes">For removedGRAPHIC 0<lambda<2 n -1
Theorem 3.<italic toggle="yes">For removedGRAPHIC 0<lambda<2 n -1
k }=[1 - (n -2) lambda ] delta { k } - lambda c + lambda n ∑ i ∈ N u { i }.</disp formula>-<italic toggle="yes">For T ∈ Omega<italic toggle="yes">N, 2<=<italic toggle="yes">t<=<italic toggle="yes">n -2,<disp formula id="pone.0254218.e140">removedGRAPHIC ϒ lambda E delta T=[1 - (n - t -1
pone.0254218.e144">removedGRAPHIC ϒ lambda E c=[1 - (n -1) lambda ] c + (n -1) lambda n ∑ i ∈ N u { i }.</disp formula>3
k }=[1 - (n -2) lambda ] delta { k } - lambda c + lambda n ∑ i ∈ N u { i }.</disp formula>4
removedGRAPHIC S 2=(<N, delta T>) T ∈ Omega N, t<2
removedGRAPHIC ϒ lambda C delta N=[1 - (n -1) lambda ] delta N + (n -1) lambda n ∑ i ∈ N u { i }. -<italic toggle="yes">For T ∈ Omega<italic toggle="yes">N,<italic toggle="yes">t=<italic toggle="yes">n -1,<disp formula id="pone.0254218.e161">removedGRAPHIC ϒ lambda C delta T=[1 - (t -1) lambda ] delta T + lambda delta N - lambda n ∑ i ∈ N u { i }.</disp formula>-<italic toggle="yes">For T ∈ Omega<italic toggle="yes">N, 2<=<italic toggle="yes">t<=<italic toggle="yes">n -2,<disp formula id="pone.0254218.e162">removedGRAPHIC ϒ lambda C delta T=[1 - (t -1
toggle="yes">t ∈ {2, 3, ⋯,<italic toggle="yes">n }, when removedGRAPHIC 0<lambda<2 n -1
|1 - (<italic toggle="yes">t -1)lambda|<1