Bladder
calculi have always presented problems with treatment secondary to their large size (see Figures 1 & 2).
More precisely, there exists an isomorphism between the kernel of [Lambda.sub.c] and suitably "shrunk" versions of each of the target
calculi. It turns out that the dubious rules (let.1) and (let.2) have a natural interpretation as administrative reductions (that is, they can be viewed as occurring at compile time rather than run time), which makes them far more intuitive: they correspond to the naming of subterms, which is considered one of the beneficial properties of CPS.
"I am a T4 paraplegic, recently diagnosed with renal
calculi. What does this mean?"
We need many levels of explanation: many different languages,
calculi, and theories for the different specialisms.
Objective: To evaluate the therapeutic effects of visual standard channel combined with F4.8 visual puncture super-mini percutaneous nephrolithotomy (SMP) on multiple renal
calculi.
PCNL is a well-established treatment option for patients with large and complex renal
calculi. The overall complication rate of PCNL can be up to 83%, which can be minimised by accurate patient selection and careful postoperative follow-up [1].
[2] Renal
calculi may descend into the urinary bladder and attain a larger size owing to deposition of phosphates.
Objective: To compare the therapeutic effects of visual standard channel combined with visual superfine precision puncture channel or super-mini percutaneous nephrolithotomy (PCNL) on multiple renal
calculi.
Thin-section unenhanced abdominal CT is regarded as the gold standard imaging modality for the diagnosis of urinary system
calculi due to high specificity and sensitivity vaiues (2).
Symptomatic and obstructive
calculi of the prostatic urethra are an uncommon clinical entity.
Results: Urinalysis was identified as an invalid indicator for renal tract
calculi in patients with acute flank pain.