When they are used in such cases, excessive soft-tissue tension is needed to provide appropriate joint exposure.
Despite the joint exposure of aquatic wildlife to estrogens and progestins, very little information is available on their combined effects.
These results, therefore, represent the expected joint exposure and adoption rate for the population which is not the desirable parameter of interest in most adoption studies.
Synergistic effect was tentatively proposed for joint-toxicity action, which was supported by apparently observed oxidative stress and histopathological changes in joint exposure groups.
It consists of a limited double snip of the VMO and the quadriceps tendon that reduces tension on the extensor mechanism and allows easier verticalization of the patella as well as good joint exposure.
When used in such cases, excessive soft-tissue tension is needed to provide appropriate joint exposure, and the accuracy of implant positioning is reduced due to poor joint visualization.
The results further indicate that the joint exposure and adoption rate within the presently pigeonpea-exposed subpopulation estimated by the classical probit model (22 %) is different from those estimated by the sample moments and ATE-probit model (39%%).
This implies that the pigeonpea adoption rate in Malawi could have been 41%% in 2007 if the whole population had been exposed to improved varieties of pigeonpea, instead of the joint exposure and adoption rate of 14%%.
The use of external fixation in conjunction with the technique of extra-articular arthrodesis obviates the need for hip joint exposure and represents a minimally invasive and biological procedure that also facilitates early ambulation and rehabilitation.
This kind of approach (which is the classical mini midvastus snip) is sufficient in most cases to achieve good verticalization of the patella and correct joint exposure [4, 5, 6].
Following an independent action model, joint exposure to chemicals where each chemical's dose is below a receptor's threshold for the chemical's effects will result in no adverse effect to the receptor.
