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doc#125 | The other, a shallow concave gradient ( | Fig. | 1), was produced with a so-called "cone |
doc#125 | labeled Regions 1, 2, and 4, respectively, in | Fig. | 1. When the early part of the gradient |
doc#125 | flattened, either by using the gradient shown in | Fig. | 2 or by allowing the "cone-sphere" gradient |
doc#125 | into two areas (donors P. J. and R. S., | Fig. | 1 and E. M., Fig. 2). The latter procedure |
doc#125 | donors P. J. and R. S., Fig. 1 and E. M., | Fig. | 2). The latter procedure gave rise to a |
doc#125 | binding capacity was detected (Region 3, | Fig. | 1). Moreover, after concentration using |
doc#125 | designated 2a (donors P. J., D. A., and J. F., | Fig. | 1). </p><p> Not all these regions exhibited |
doc#125 | chromatography using the gradient shown in | Fig. | 2. Once again, both anti-A and anti-B activities |
doc#125 | anionic binding capacity, respectively ( | Fig. | 3). </p><p> Chromatography of whole sera |
doc#125 | antibodies showed activity in both regions ( | Fig. | 1). In all cases the activity against <formul> |
doc#126 | Those are the nectaries or honey glands ( | Fig. | 26, page 74). The staminate willow catkins |