GENOTYPICAL DIFFERENCES IN ALUMINUM RESISTANCE OF MAIZE ARE EXPRESSED IN THE DISTA PART OF THE TRANSITION ZONE. IS REDUCING BASIPETALAUXIN FLOW INVOLVED IN INHIBITION OF ROOT ELONGATION BY ALUMINUM?

KOLLMEIER, M., FELLE, H.H., & HORST, W.J.. (2000). GENOTYPICAL DIFFERENCES IN ALUMINUM RESISTANCE OF MAIZE ARE EXPRESSED IN THE DISTA PART OF THE TRANSITION ZONE. IS REDUCING BASIPETALAUXIN FLOW INVOLVED IN INHIBITION OF ROOT ELONGATION BY ALUMINUM?. PLANT PHYSIOLOGY, 122(-), 945-956. SID. https://sid.ir/paper/538304/en

KOLLMEIER M., FELLE H.H., HORST W.J.. GENOTYPICAL DIFFERENCES IN ALUMINUM RESISTANCE OF MAIZE ARE EXPRESSED IN THE DISTA PART OF THE TRANSITION ZONE. IS REDUCING BASIPETALAUXIN FLOW INVOLVED IN INHIBITION OF ROOT ELONGATION BY ALUMINUM?. PLANT PHYSIOLOGY[Internet]. 2000;122(-):945-956. Available from: https://sid.ir/paper/538304/en

M. KOLLMEIER, H.H. FELLE, and W.J. HORST, “GENOTYPICAL DIFFERENCES IN ALUMINUM RESISTANCE OF MAIZE ARE EXPRESSED IN THE DISTA PART OF THE TRANSITION ZONE. IS REDUCING BASIPETALAUXIN FLOW INVOLVED IN INHIBITION OF ROOT ELONGATION BY ALUMINUM?,” PLANT PHYSIOLOGY, vol. 122, no. -, pp. 945–956, 2000, [Online]. Available: https://sid.ir/paper/538304/en