We assume that each destination uses n r different codebooks to quantize each vector in order to prevent quantizing two different vectors by the same vector.
Effects on host phenotypes vary by pathosystem but show a remarkable degree of convergence among unrelated viruses whose transmission is favored by the same vector behaviors.
Rigid registration is the most simple of all the transformations as one data is purely translated with respect to another; that is, all points in the data are shifted by the same vector.
If it would be applied, it is important to emphasise that this strategy requires a constant release of new gene drives to fight a wide range of diseases carried by the same vector.
If in addition (F 1), (F 2), and (j 1) hold true with strict sign then for any ( f, g ) ∈ C ( k 1, ℓ 1, k 2, ℓ 2 ) J ( f 1, f 2 ) < J ( k 1 1 B 1, k 2 1 B 2 ) = J ( h 1, h 2 ), where h 1 and h 2 are translates by the same vector of k 1 1 B 1 and k 2 1 B 2 (respectively).
We compared the prevalence of these spirochetes to that of Lyme disease spirochetes transmitted by the same vector.
Many distinct causative agents transmitted by the same vector make coinfection and, consequently, the simultaneous presence of more than 1 tickborne disease possible.
This is particularly true when other diseases (e.g., yellow fever, Chikungunya) are transmitted by the same vector (e.g., Aedes mosquitoes) necessitating continued Aedes control efforts.
Moreover, IVM can also imply the simultaneous control of multiple diseases transmitted by different vector species in a given area, or one tool controlling several vector-borne diseases transmitted by the same vector (Tusting et al. 2013; WHO 2012b).
In the case of Lyme disease, which is transmitted by the same vector, the nymphal stage is most relevant to human health because bites from nymphs often go undetected and provide greater opportunities to transmit the pathogen (13, 14 ).
