"joint explanation" is a correct and usable phrase in written English.
It can be used to describe a mutual or shared explanation, typically given by multiple people or parties working together. For example: "The scientists provided a joint explanation for the unusual phenomenon, combining their expertise and data to form a comprehensive understanding." "The two countries issued a joint explanation for the recent trade agreement, outlining the benefits for both sides." "The students collaborated on a joint explanation for their project, presenting their findings and conclusions together."
Highly vascularized synovium (indicated by positive PDUS signal) is likely to permit increased influx of inflammatory cells into the joint, and one explanation for our findings could therefore be that Th17 cells are elevated simply as a bystander effect.
More recently, Jaegwon Kim [1989] has revived this issue in a more general way, seeing the two modes of explanation as joint instances of a Principle of Explanatory Exclusion.
Alternatively, another explanation for joint morphological -differences is that the position of the first metatarsal – as a consequence of hallux valgus – causes articular metaplasia of the proximal articular joint.
On odd days (n = 78) patients received a short training session with a special emphasis on the explanation of joint swelling in terms of soft tissue (synovial) versus bony swelling.
In the literature on partners' retirement decisions, one of the main explanations for joint retirement is leisure complementarities.
The exact reason for this is unclear, but possible explanations are joint laxity or interposed soft tissue at the postoperative RSA radiograph.
Clearly demarcated roles and tasks of HEWs which are communicated with all levels using job descriptions, government directives and explanations in joint meetings where community and health sector representatives are present could prevent this.
These contributions entailed concepts they did not know, leading to interaction, that is, asking for explanations or joint consultations of the Internet and remarks about their learning due to the input of others.
In particular, we applied two different plant-resource uptake models to determine which of these provided the best explanation of the joint plant population-nitrogen cycle dynamics: saturating uptake and linear uptake (see Table S1).
