apical

Here, we show that the concept of apical dominance can be applied to tiller bud outgrowth of rice.

anthers reniform to cordate-orbicular, with locules confluent and dehiscent by an apical valve.

At the electron-microscopic level, it was found in small granules situated between the apical vacuoles and the luminal membrane.

But if the apical flower was male, the inflorescence will have no more female flowers.

Stipules elliptic-lanceolate to ovate-lanceolate, margin serrate, teeth with a disciform apical gland.

The apical cell would develop into the head cells of peltate glandular hairs if the stalk cell kept meristematic and flat-shaped.

roots slender, terete , up to 40 cm long, fleshy, stem buried in sand with apical part emerged above ground.

Stipules green, ovate to broadly ovate, margin incised serrate, teeth with a capitate apical gland.

Calyx 2-lipped, adaxial lip 2-lobed, divided to base, abaxial lip 3-lobed, divided to middle or to apical third; stems much branched.

a family of smut fungi having a simple promycelium bearing the spores in an apical cluster.

Transient left ventricular apical ballooning syndrome should be included in the differential diagnosis of acute chest pain.

Quiescent center A group of cells in the center of the apical meristem in which mitotic divisions are rate or absent.

Objective: To evaluate the sinus of chronic apical periodontitis, root canal treatment of pulpitis with the clinical effect and reliability.

The entire shoot apex of a horsetail could fit into the large apical cell in the growing tip of a fern.

The predation of Chrysopidae on E. apical is was not obvious. [Conclusion]Spiders were main predatory natural enemies inthe vineyard.

assess client's circulatory status, including apical pulse, electrocardiogram (ecg) report, and peripheral pulses.

Leaf initiation at the shoot apical meristem involves a balance between cell proliferation and commitment to make primordia.

Apical meristem The actively dividing cells constituting the growing point at the tip of the root or stem in vascular plants.

anthers connate, dehiscent by an apical pore.

bracts greenish brown, margin serrate, teeth with a stalked conical apical gland.

Stipules ovate to ovate-elliptic, margin serrate, teeth with a conical apical gland.

anthers longitudinally, obliquely, or transversely dehiscent, extrorse or apical.

Transient left ventricular apical ballooning syndrome is a rare cause of acute chest pain mimicking acute myocardial infarction.

From the Twin Hook, apical hooks are deployed to gain fixation within the femoral head and to provide rotational stability.

The proton ATPase located on the apical membrane of the osteoclast is essential to the bone resorption process.

bracts usually connate into concentric rings but apical ones imbricate, triangular, small, appressed.

Seeds 3, oblong, indistinctly reticulate, often with a basal or apical appendage (caruncle).

Objective To evaluate the relationship between the changes on R-ST-T in chest leads and apical hypertrophic cardiomyopathy(AHCM).

It fills and expands the apical portion of the cell and forces the nucleus into the slender basal portion.

Objective: To evaluate the capability of the apical tissue of rat molar to grow tooth root and periodontal tissue.

Boron deficiency stress mainly acted on aerial part of watermelon, especially for apical growing point.

Inflorescence terminal, arising from an apical bud on the previous year's shoots, shortly racemose-umbellate, several- to many-flowered.

anthers oblong. Female inflorescences crowded in apical leaf axils among leaflike bracts and bracteoles.

Fruit greenish yellow, with an apical papilla; sarcocarp very acid.

We have recently demonstrated concomitant changes in the apical cell wall that account fully for observed changes in growth rate.

the most gorgeous hair enamel atop, let you admire in this summerly season, full full enjoy feed to come from apical vision regale!

Apical spikelet usually well developed; glumes not keeled or keeled only at apex, rarely keeled throughout length.

Objective To explore the significance of electrocardiogram in diagnose of apical hypertrophic cardiomyopathy(AHCM).

appendage apical, with a fleshy outgrowth below apex.

seed scales adnate with bracts in basal, seed-bearing part, detached in apical part, sometimes thickened and exposed.

Meanwhile, the aperture and the three apical aperture distance can be observed with the critical point drying method.

The application of CBCT can discover apical periodontitis as soon as possible and assess the size, scope, nature and position of the lesion.

basal bracts united into concentric rings, triangular, apical ones reduced to a subulate tip or a wartlike appendage, small and obscure.

PLA1 is expressed in developing leaf primordia, bracts of the panicle, and elongating internodes, but not in the shoot apical meristem.

The tissue culture of the Netherlands cucumber was studied by using the asepsis seeding of apical buds as the explants.

Apical part of stems apparently few leaved, twining; corona lobes stellate patent.

Objective: To evaluate the diagnostic value of pre-apical hypertrophic cardiomyopathy (PAHCM) by echocardiography.

The term is used particularly in relation to a part of the apical meristem that later differentiates further.

anthers dorsally spurred or not, with 2 long tubules opening by apical pores or slits.

Petals 5, differing slightly in size, imbricate, sometimes unguiculate, free, keel without apical appendages.

Leaves simple or extremely rarely those on apical part of branches trifoliolate.

Apical anther membranes triangular, exceeding stigma head; pollinia subobovate.

connective apical appendage hornlike, equaling or longer than anther.

This work will provide important clues and basis for further studying plant apical dominance.

Panicles terminal, large, branches explanate or drooping, pubescent, apical flowers dense.

anthers globose or pyriform, minute, glabrous, dehiscent by apical pores.

If the apical flower opened on the first day, the possibility of being female flowers is only 23. 2%.

Petals white, purple, violet or pale pinkish, apex notched with incurved apical lobule.

Use your apical and play such trick with your lover. Mr.

Styles short. Follicles erect, linear-oblong, apical beak curved, short.

Method 58 cases with radicular cyst were treated with root canal therapy. The change of apical area was observed after root canal filling.

winglike appendages rhombic to fan-shaped, membranous, brownish yellow veined, apical margin erose.

lateral bracts absent; apical bracts radially arranged.

This clinicopathological study of apical periodontal cysts included 405 specimens obtained from a total of 394 patients.

Seeds ovoid, with a prominent umbilicus and 2 apical, unequal wings.

female flower solitary, apical, male flowers several, basal.

connective apical appendage hornlike, subulate, as long as anther.

appendage white, suborbicular, cartilaginous, apical spine sometimes 1-toothed on each side.

Utricle globose or obovoid, compressed, encircled by wrinkles, apical appendages 2, small or obscure.

anthers 8, alternate with lobes, oblong, included in staminal tube with only apical tip slightly protruding.

Leaf blade oblong-ovate; figs cylindric, apical pore acuminate.

Stigma lobes triangular, decurrent to apical part of ovary.

blade erect on basal sheaths, revolute on apical ones, small, involute when dry.

anthers dehiscing longitudinally or by apical pores.

Pseudostratified epithelium can also possess fine hair-like extensions of their apical (luminal) membrane called cilia.

Axillary buds of most apical leaves in false-terminal buds, usually enclosed by 2 outer scales, imbricate within.

cuticular ridges of apical cells short but distinct and congested.

Flower primordia are emerged from the shoot apical meristem in late August.

connective with an apical oil gland.

Capsule membranous, 5-angular or longitudinally 5-winged, apex truncate, dehiscence loculicidal, apical.

connective apical appendage hornlike, as long as anther.

Rhizomes dark red-brown, usually apical part erect, apically becoming a thickened caudex.

bracts spine like, to 5 mm, several connate into bundles from middle or apical part, sometimes cristate.

Objective To investigate the apical sealing effect of resinifying agent with Gutta Percha Points.

Filaments extremely short, apical hood projected downward into 2 auricles.

Aril pale green or slightly white powdery, with small apical mucro.

anthers 2-celled, versatile, dehiscing by apical pores or longitudinally.

Sepals and petals 4 or 5, persistent after anthesis, sepals free, entire to gland fringed, petals entire or with apical glandular cilium.

cuticular ridges of apical cells labyrinth like.

anthers oblong to oblong-linear, longer than filaments, opening by 1 apical pore, base lengthened and forked or unappendaged.

Objective To assess the value of 3D reconstruction via apical CT in the diagnosis of lumbar spondyloschisis (LS).

Petals 3, lateral petals and keel connate or free, keel helmet-shaped, with apical appendage.

Follicles ca. 6 mm, apical beak horizontally spreading, short. Seeds winged.

1 transcripts were highly expressed in the shoot and root apical meristems, but not in mature plant organs.

Corolla brown, slightly curved, tomentose, apical portion inflated, lobes lanceolate, ca. 4. 5 mm, reflexed.

Bisexual inflorescences with 1 apical female flower and many basal male flowers.

Aim: To observe histocompatibility and apical sealing ability of two kinds of nanomaterial.

Stigma lobes decurrent to apical part of ovary.

Bracteoles 2, persistent, inserted on apical portion of pedicel.

Stems simple, to 1 m, basal part erect, apical part twining, very sparsely puberulent.

rudimentary ovary globose, ca. 1 mm in diam. , densely puberulent on apical half .

stigmas ca. 2 mm, recurved, undivided to rarely divided, with small apical glands.

CLAVATA signaling restricts stem cell identity in the shoot apical meristem (SAM) in Arabidopsis thaliana.

filaments short; anthers 2-celled, dehiscent from apical slits, with awn or hairs at tip.

anthers oblong, with 2 inverted, U-shaped the cae, dehiscing by short, apical slits on bend.

Fruit follicles 1-2 cm, usually with a stylar beak and apical abaxial beak.

long branchlets delicate, declinate on apical parts.

apical buds with leaves like clenched fists.

Leaves alternate; apical cells of spadicles smooth.

much branching takes place as a result of loss of apical dominance.

Objective: to report the results of microsurgical treatment for 21 cases of benign tumors at the apical petrous and upper-clival regions.

Labellum white with red stripes, obovate, ca. 2 cm, apical margin crisped.

apical buds spike like or stiletto-shaped.

bracts in 6-9 rings, yellowish brown tomentose, margin of basal ones loosely dentate but apical ones entire.

bracts sessile, 3-10 mm, basal ones ovate, margin crenate, apical ones obovate-linear, margin entire.

style apical, very short in gall flowers.

beak with a long apical coma.

connective apical appendage apiculate, ca. 1 mm.

A regeneration system of plantlets was established with apical bud of Acer negundo L.

Male flowers: few, near apical pore.

4 (3) Inflorescences less than 1 cm; anther connective with an apical oil gland and 2 or 3 abaxial oil glands.

Achenes smooth, usually with 1 row of small apical tubercles.

Stems simple, erect, to 70 cm, hollow, pubescent along 1 line, apical part densely pubescent.

involucral bracts triangular-ovate; apical bracts in 4 or 5 rows, broadly triangular-ovate, imbricate, rosulate.

apical pore truncate or navel-like.

The methods of propagation include sexual and asexual such as root sprout, apical and prostrate stem rooting.

Calyx lobes ca. 8 mm, with an apical keel.

anthers small, 2-celled, dehiscing by apical pores.

bracts in 6 or 7 rings, margin of basal ones denticulate, apical 2 or 3 ones narrow and with margin entire.

Stems simple, to 1. 5 m, hollow when dry, puberulent, basal part erect, apical part twining.

leaflets sessile with base decurrent and adnate to rachis in apical 1 or 2 pairs, margin obtusely serrate or incised serrate.

Seeds with long and wide apical wing.

anthers ca. 2 mm, basifixed, opening by apical pores.

Ultimate branches with 1 leaf, rarely 2 leaves with apical leaf blade inverted.

Fruit grayish white, broadly ellipsoid, 3-4 mm, apical part narrow, apically with persistent calyx lobes.

Lobes of leaves apically obtuse; abaxial surface with 6-25 nectaries; sepals with apical appendage.

FLM is expressed in areas of cell division such as root and shoot apical regions and leaf primordia.

Inflorescences 2-5 cm; anther connective with only an apical oil gland.

Ovary with apical, elongate portion ca. 4 cm.

5 (4) Leaf blade crenate-serrate at margin, broadest in apical part.

Hypanthium obconical, ca. 2. 5 mm, apical part ampliate.

(Loesche, 1986) Enterococcus faecalis caused by repeated infection with apical stress-related hunger.

connective apical appendage hornlike, ca. 2 mm. Pistillodes 3, minute.

connective apical appendage hornlike, 2--3 mm.

Styles ca. 1 mm. Follicles erect, apical beak ca. 1 mm. Seeds brown. Fl.

anther 1-loculed, adnate to apical margin of filament.

connective apical appendage hornlike, ca. 3 mm. Pistillodes 3.

anthers 4--5 mm, basifixed, opening by apical pores.

anthers 3--4 mm, basifixed, opening by apical pores.

Cupule 1-1. 5 cm; bracts tuberculate, closely appressed, triangular mucronate, 1-2 mm, rarely apical ones slightly ascending.

Follicles erect, oblong-lanceolate, 7-10 mm, apical beak ca. 1 mm.

Thyrses subterminal or axillary on apical part of stem, 3-5 cm, with 1-3 flowers.

Figs ovoid to cylindric, 2-2. 5 cm; apical bracts caducous, leaving well-defined annular scar; leaf blade 13-28 cm.

Stamens inserted at apical part of corolla tube, 1 or 2 (or 3) with fertile anthers, 2 or 3 with sterile nonfunctional anthers.

bracts in 8-10 rings, margin denticulate but apical 2 or 3 entire.

In fresh water, a few chloride cells were present with undeveloped vesicle-tubular system, and apical surface was equipped with microvilli.

teeth along bract margins and sometimes along leaf blade margins aristate and with a claviculate apical gland;

Initial study of automatic left ventricular endocardial boundary detection in apical four chamber view using star algorithm

The Echocardiographic and Electrocardiographic Features in Patients with Atypical Apical Hypertrophic Cardiomyopathy

A Vitro Study of the Apical Sealing Ability on Different Instruments and Obturation Techniques

Electrocardiographic Features in Patients with Apical Hypertrophic Cardiomyopathy

Mitral regurgitation (occurs after the left ventricular apical impulse); right ventricular dilatation (mitral stenosis, pulmonary embolism)

Choroid plexus; numerous irregularly oriented microvilli at the apical surface; fenestrated capillaries

teeth along bract and leaf blade margins with a capitate to flattened-capitate (depressed) apical gland;

The Culture of Cotton Apical Meristem and its Application in Particle Bombardment Transformation

Photoelastic Analysis of the Effects of Teeth Position to Apical Stress Distribution in Different Occlusal Patterns

filaments connate into a cup at base, apical part free, linear;

A Comparative Study of the Quality of Apical Seal of Different Root Canal Sealers

In vitro culture and characterization of dental epithelial cells derived from the apical end of rat incisor

Corolla pale purple, lobes with purple central stripe and apical band, zygomorphic, inside puberulent, nearly salverform;

A comparative study between right ventricular outflow tract ventricular septal pacing and right ventricular apical pacing

the apical leaves began curl and the colour of the plant leaves became dark the lower leaves expanded naturally(slight wilting);

Study on the dobutamine stress echocardiographic test for left ventricular apical thrombus and myocardial viability

Clinical Research of Garlic Extract as a Treatment for Refractory Apical Periodontitis

The effects of unilateral hyper-erupted third molar tooth on apical stress distribution of mandibular teeth by photoelastic analysis

stipules narrow, mostly adnate to petiole, apical free parts lanceolate, margin glandular serrate, apex acuminate;

The relationship between the apical anatomy of first permanent molars and initial apical file

longitudinal ridges prominent, initially glaucous and densely white powdery, especially in apical ring;

Anatomy and clinical significance of the root canal system and apical foramen of mandibular first premolars

Inhibiting the symptom of sweet potato witches'broom and improving plantlets formation in apical culture by electro-treatment

The influential factors of apical root resorption during the orthodontic treatment

Therapy of Chronic Pulpitis and Apical Periodontitis with Semiconductor Laser Irradiation

Diagnosis of apical hypertrophic cardiomyopathy by second harmonic imaging echocardiography (analysis of 12 missed diagnosis cases)

Analysis of the Surgical Treatment for Apical Muscular Ventricular Septal Defects

Clinical characteristics of apical hypertrophic cardiomyopathy in the elderly

Studies on the cell division of primary thickening meristem and apical meristem of the shoot apex in sugarcane

The analysis of apical hypertrophic cardiomyopathy misdiagnosis

Photoelastic analysis of apical stress distribution in normal and cross-bite occlusion of partial posterior teeth

Styles in compound gynoecium apical or subapical, coherent or contiguous to spreading-ascending or recurved;

The relationship between apical root resorption and orthodontic tooth movement in growing subjects

Intestine; apical end of absorptive epithelial cells

The Value of Color Doppler Flow Imaging in Apical Hypertrophic Cardiomyopathy: Comparing with Other Diagnostic Methods

Adaptive analysis of apical buds and branching pattern in a woody plant Larix chinensis

Photoelastic analysis of the influence of severe attritionon the apical stress distribution under vertical load

The study of the electrocardiogram in Apical Hypertrophic Cardiomyopathy

Ovary completely pubescent or rarely pubescent only at apex, with or without apical septicidal fissures;

The Therapeutic Efficacy of Empty Tube Pharmacotherapy on Sinus Apical Periodontitis

lesions are primarily seen in the ventral portions of the apical, cardiac and accessory lung lobes

Left Ventricular Apical Systolic Dysfunction Syndrome

Risk factors for apical root resorption of maxillary central incisors in orthodontic patients

Association Between Bacteroides forsythus in the Infected Root Canals and Clinical Symptoms of Chronic Apical Periodontitis

Effects of Repressing Contamination in Apical Meristem Culture and Bud Propagation of Potato

Leaves alternate, basal ones aggregated on abbreviated twigs, apical ones scattered on stem;

Application of apical dominance phenomenon on tissue-culture derived banana plants

Advances on Genetic Transformation of Cotton Shoot Apical Meristem via Gene-gun Bombardment

Assessment of myocardial ischemia by integrated backscatter in total apical views

Comparative of Sonic and Hand File Instrumentation in Root Canal Apical Transportation

Apical organelles and interactions of Plasmodium with host erythrocyte

Protective Antibody Response to Recombinant Fragments of Plasmodium falciparum Apical Membrane Antigen 1

Clinical Study on Chronic Apical Periodontitis with Single-visit Root Canal Treatment

The comparison of the apical sealing ability between lateral condensed obstaration technique and chloroform-softcned GP technique

Analysis on curative effects of teeth with chronic apical periodontitis in elderly people

Before anthesis, nematodes were attracted to the leaf sheath and apical meristem, nematode load increased by 40%;

In vitro measurement accuracy of electronic apex locator in teeth with apical root resorption

Female inflorescences in clusters on apical part of branchlet of previous year;

Staminal tube globose, free from petals, glabrous, apical margin entire or undulate;

Regularity in Left Ventricular Apical Rotation and Basal Rotation on Ultrasound

Anthers oblong, apical membrane acuminate, longer than corona lobes;

Studies on Improving Rooting Ability and Apical Dominance of Plant by Transforming Two Genes

Male flowers: dimorphic, near apical pore and sessile or scattered and pedicellate;

The High Pressure Synthesis and Properties of Apical Oxygen Doped High Tc Superconductors

Clinical application of apical induced plastic operation

Photoelastic analysis of effects of apical stress distribution of the third molar in different occlusal patterns

Effects of root canal preparation and filling techniques on apical sealing ability

Modeling Apical and Phenological Development Stages in Barley

Clinical Observation of Conservative Treatment on Apical Cyst

Minimizing the Detrimental Effect of Phenol Pollution in Stem Apical Culture of Sugarcane

Staminal tube glabrous on both surfaces, apical margin entire or shortly crenate;

Modulation of Immune Response to Plasmodium falciparum Apical Membrane Antigen 1 DNA Vaccine by Cytokine Plasmids

Discussion of apical dominance in the control aspect of distributional system

Staminal tube cylindric, slightly shorter than petals, apical margin entire or 10-crenate, lobes each bearing one anther;

Concurrent chemotherapy, radiotherapy and surgical resection for treatment of 28 cases of apical lung cancer

The Apical Sealing Ability of a New Nanocomplex Root Filling Material

Male flowers: near apical pore or scattered, thickly pedicellate;

Male flowers: dispersed or around apical pore, pedicellate or sessile;

Branching apical, dichotomous or polychotomous, terete;

Study on anatomy of apical foramen and morphology of root canal of maxillary first premolar

The Diagnosis Value of Pre-Apical Hypertrophic Cardiomyopathy

Anthers apical appendages oblong-ovate, longer than stigma head;

Mechanical anastomosis of right apical pleura in 50 cases with esophageal carcinoma in superior middle thorax

A study on rapid in vitro propagation of cauliflower seedlings with germ-free apical buds

Microsurgical treatment of apical region by combined orbital pterygoid approach

Apical Vertebrectomy in the Treatment for Rigid Scoliosis in Children

Female flowers: sessile; style apical, persistent, as long as achene;

The Clinical Significance of 2-D Echocardiography on Left Ventricle Apical Short Axis Rotatory Moving in Systole

style distinct, cylindric, exserted from apical notch of fruit;

Staminal tube cup-shaped with apical margin incurved, glabrous;

Clinical analysis of 53 patients with apical hypertrophic cardiomyopathy

Male flowers: near apical pore, shortly pedicellate;

Staminal tube to 4 cm, slightly exserted, base adnate to corolla tube, apical margin with linearly lacerate teeth;