This paper aims to apply the dependent marking theory shed light on distribution of information markers in Shilluk, which can be divided into two types: marked and unmarked. Focus belongs type, while Topic unmarked type. claims that Shilluk consists steps, with type assigned Step 1 2. In 1, if an NP is c-commanded by another a domain, it feature [FOC]. 2, there remaining has received no [TOP]. ...

Submit Manuscript | http://medcraveonline.com Abbreviations: LPP: Leak Point Pressure; DLPP: Detrusor Leak Point Pressure; ALPP: Abdominal Leak Point Pressure; SLPP: Stress Leak Point Pressure; VLPP: Valsalva Leak Point Pressure; CLPP: Cough Leak Point Pressure; SUI: Stress Urinary Incontinence; UDS: Urodynamic Study; ISD: Intrinsic Sphincter Dysfunction; IUS: Internal Urethral Sphincter, EUS: ...

Deoxygenation-induced red blood cell (RBC) sickling probably activates multiple cation leak pathways. In an attempt to model this, we examined the net passive K efflux ("K leak") from normal and sickle RBCs undergoing elliptical deformation in hypotonic media (200 mOsmol/L). This hypotonic deformation activates two deformation-dependent K leak pathways that are not detectable during the balance...

This paper introduces a new packet marking algorithm that can be used in the context of Assured Forwarding (AF) in the Differentiated Services (DiffServ) framework [1], [2]. The new marking algorithm is called Equation-Based Marking (EBM) and is based on the TCP model in [3]. EBM is to handle the problems found in other marking schemes regarding fairness among heterogeneous TCP flows through a ...

BACKGROUND AND OBJECTIVE Q-switched laser treatments are considered the standard method for removing both regular and traumatic tattoos. Recently, the removal of tattoo ink using ablative fractional lasers has been reported. Ablative fractional CO2 laser and q-switched ruby laser treatments were used in a split-face mode to compare the safety and efficacy of the two types of laser in removing a...

A blue tattoo is more resistant to laser therapy than black or brown tattoos. This study aimed to confirm titanium as a key response-disturbing constituent in a blue tattoo ink after Nd-YAG (1064 nm) laser treatment by animal experiments. Rabbits' backs were tattooed with four ink colours, and the Nd-YAG (1064 nm) laser was used to remove the tattoos. The response to the laser treatment in the ...