Carbaryl was well absorbed from the small intestine of rats. In the cytosol fraction of intestinal mucosa, it was bound to a smallmolecular component (M. W. 2,200 daltons). In serum, carbaryl was bound mainly to albumin and partly to globulins. Dieldrin was slowly absorbed from small intestine. The peak of dieldrin concentration in blood was observed 2.5 hr after the administration. Binding of ...

Scrapings of intestinal mucosae from sarcoma (subcutaneous Yoshida-sarcoma) bearing rats were incubated, in vitro, with U-14C-glucose, comparing with those from normal rats. The resulting 14C-labelled products were fractionated into three carbohydrate fractions: polysaccharide-containing fraction (PS); carbohydrate fraction eluted with 50% aqueous ethanol from the charcoal-absorbed substances (...

On Page 894, Fig. 1d is redundant in the original article and should be removed. 895, Section 2.2, 4th paragraph, figure number “Fig. 1d” last sentence incorrect. It corrected into 1c”. 896, 3.2, 1st 2nd

Abstract. The fraction of absorbed photosynthetically active radiation (FAPAR) is a critical land surface variable for carbon cycle modeling and ecological monitoring. Several global FAPAR products have been released become widely used; however, spatiotemporal inconsistency remains large issue the current products, their spatial resolutions accuracies can hardly meet user requirements. An effec...

Background: Therapeutic radiopharmaceuticals are designed to deliver high doses of radiation to selected target organs with an aim of minimizing unwanted radiation to surrounding healthy tissue. Due to the potential of targeted radiotherapy to treat a wide range of malignant conditions, [153Sm]-samarium maltolate was developed for possible therapeutic applications. Materials and Methods: The or...

Computational phantoms are commonly used in internal radiation dosimetry to assess the amount and distribution pattern of energy deposited in various parts of the human body from different internal radiation sources. Radiation dose assessments are commonly performed on predetermined reference computational phantoms while the argument for individualized patient-specific radiation dosimetry exist...