Branch appendages

Appendage based strategies may be divided into disconnective and reconnective. The latter may be further partitioned into ring appendage - ring 

ACS Symposium Series American Chemical Society Washington, DC, 1977. 

THE CHEMISTRY PACKAGES OF LHASA Functional Group Based Transforms 

Two group transforms are keyed specifically by two functional groups with a path of predetermined length between them. Examples of these are shown below. 

One group transforms are similar but are keyed by one specific group with an associated path (not as 

---

Arteries entering the skin arise from more substantial vessels located in the subcutaneous connective tissue. These offshoots form a plexus just beneath the dermis [11]. Branches from this subcutaneous network directly supply blood to the hair follicles, the glandular appendages, and the subcutaneous fat. Branches to the upper skin from this deep plexus divide again within... 

Compound StrOBILUS A strobilus in which the lateral appendages are branched or represent an axis with an appendage or appendages. 

Phyllotaxy.—Phyllotaxy is the study of leaf arrangement upon the stem or branch, and this may be either alternate, opposite, whorled, or verticillate, or fascicled. It is a general law in the arrangement of leaves and of all other plant appendages that they are spirally disposed, or on a line which winds around the axis like the thread of a screw. The spiral line is formed by the union of... 

AO Aorta MPA Main pulmonary artery RSCV Right superior vena cava TV Tricuspid valve MV Mitral valve PV Pulmonary valve AV Aortic valve RA Right atrium LAA Left atrial appendage RV Right ventricle LV Left ventricle LV-PM Left ventricle, muscle IVS Interventricular septum CR Crista supraventricularis SN sinus node AVN + B Atrioventricular node LBB Left bundle branch. 

Layer III Smooth and neurogliaform, multipolar complex appendage and giant cells The most numerous non-pyramidal cell in layer III are neurons that have relatively few dendritic spines or knobs. These cells are distributed in the middle and deep parts of layer III. The somata and dendrites of this cell type vary considerably. The dendrites emerge from numerous sites on the soma and usually branch once or twice near the soma and then extend radially in all directions with few subsequent bifurcations. The dendritic tree typically respects the boundaries of layer III. The axons of layer III smooth cells are difficult to stain, in contrast to layer I smooth cells, possibly because of myelination. 

Diagnosis Characteristics in axenic culture unknown. Conidiophores simple or sparsely branched bearing single or groups of conidiogenous cells. Conidiogenous cells phialides, flask-shaped, with a membranous collarette, intercalary phialides occasionally present. Conidia one-celled, hyaline, with a filamentous basal appendage. 

APPENDAGE CHEMISTRY RING APPNDG ONLY BRANCH APPNDG ONLY... 

---