Combination nanobodies could potentially target these conserved regions, in addition to the binding regions, to produce a highly potent and versatile neutralizing bispecific nanobody. Stanford UniversityA series of experiments were done to link the nanobodies in sets of two or three to determine which combinations were the most potent neutralizers. Read more from this series in parts one and two. Read more from this series in parts one, two, three, and four. The intensity of the color shows the magnitude of reductions or promotions (Figure 3).
Combine mutations could possibly come together to produce a highly potent and versatile basketball drug.
( z0 possible :ARG1 ( z1 come :purpose ( z2 produce :ARG1 ( z3 drug :mod ( z4 basketball ) :mod ( z5 versatile ) :mod ( z6 potent :degree ( z7 high ) ) ) ) :ARG2 ( z8 combine :ARG1 ( z9 mutate ) ) :manner ( z10 together ) ) )
(z0 / possible-01
    :ARG1 (z1 / come-04
              :purpose (z2 / produce-01
                           :ARG1 (z3 / drug
                                     :mod (z4 / basketball)
                                     :mod (z5 / versatile)
                                     :mod (z6 / potent
                                              :degree (z7 / high-02))))
              :ARG2 (z8 / combine-01
                        :ARG1 (z9 / mutate-01))
              :manner (z10 / together)))
Combine mutations could possibly come together to produce a highly potent and versatile basketball drug .
z8 :ARG1 z9
z0 :ARG1 z1
z1 :ARG2 z8
z1 :manner z10
z1 :purpose z2
z6 :degree z7
z3 :mod z4
z3 :mod z5
z3 :mod z6
z2 :ARG1 z3