u: v	velocity components
x, y	coordinate
$K_r$	rate of chemical reaction
$K$	permeability parameter
$h_f$	convective parameter
$B_1$	Boit number
$N_r$	buoyancy ratio parameter
$V_0$	suction/injection parameter
T, $T_f$	temperature
$D_n$	diffusivity of microorganisms
Pr	Prandtl number
$C_p$	specific heat
$u_w$	stretching velocity along x-direction
$B_0$	magnetic field of strength
$D_m$	Brownian diffusion coefficient
Cf	surface drag force
Nux	Nusselt number
$P_e$	bioconvection Péclet number
$C_r$	chemical reaction parameter
$S_c$	Schmidt number
$W_c$	maximum cell swimming speed
$k_1$	porous parameter
$R_b$	bioconvection Rayleigh number
$R_d$	radiation parameter
$R{a}_x$	local Rayleigh number
$N_G$	entropy generation number
$L_b$	bioconvection Lewis number
$M$	magnetic parameter
Greek Symbols
${\rho }_{CNT}$, ${\rho }_f$	density
${\sigma }^{*}$	Stephan-Boltzmann constant
${\mu }_{nf}$, ${\mu }_f$	dynamic viscosity
${\tau }_{xy}$	shear stress
${\alpha }_{nf}$	modified thermal diffusivity
${\left(\rho C_p\right)}_{nf}$,${(\rho C_p)}_f$	heat capacity
$k_f$, $k_{nf}$, $k$	thermal conductivity
$\varphi$	solid volume fraction of nanofluid
$\eta$	a scaled boundary-layer coordinate
$\mathsf{\Psi }$	stream function
$q_w(x)$	the surface heat flux of nanoliquid film
$\beta$	thermal expansion coefficient
f	dimensionless stream function
$\theta$	dimensionless temperature
$\delta$	bioconvection constant
$\alpha$	temperature difference parameter
$\lambda$	diffusive constant parameter
$\zeta$	concentration difference