Digging out the roots is not an option.
This species is also known as "all-heal" on account of its healing powers, and a drug extracted from the roots is used as a sedative in the treatment of certain nervous diseases.
Numerical solution for the roots is described, together with results of such computations.
In contrast, damage caused by the larvae eating the roots is most serious.
An essential oil from the roots is carminative and has anthelmintic indications [6].
Numerical results of the temperature are obtained and the computational accuracy in terms of the roots is demonstrated.
The distance between the roots is widest between second premolar/first molar and first premolar/second premolar and the least between central incisor/lateral incisors [5].
A possible reason for the 66Zn enrichment in the roots is Zn-phosphate binding as supported by ab-initio calculations [70].
The retention of high amounts of Cd in the roots is a typical response of several plants (Verkleij and Schat [1990]; Mohamed et al. [2012]).
The higher root hydraulic resistance in stressed plants caused decreases in leaf and stem water potentials resulting in lower stomatal conductance and indicating that water flow through the roots is a factor that strongly influences shoot water relations.
The pfaffic acid present in the roots is mainly conjugated with sugars (pfaffosides) and can be used as an active marker of H. eriantha, which helps to differentiate this species from others marketed as Brazilian ginseng.
