Think about how monetary amounts can be expressed in different words. If the document states Members' compensation as twenty-five pesos, PHP 25, or P25, those are just different phrasings of the same amount. The question asks which amount corresponds to that other phrasing, so the correct choice is the one that equals twenty-five pesos. The other options represent five, ten, or fifty pesos, which are not the same amount. In tests like this, spotting different spellings or currency formats (PHP, ₱, P) that all denote the same number helps you pick the right answer.

The key idea here is a stain that specifically highlights carbohydrates and mucosubstances in tissues. The Periodic acid–Schiff reaction makes glycogen, mucopolysaccharides, mucins, and related proteoglycans turn a magenta color by forming aldehyde groups in sugars that react with Schiff reagent. This makes PAS excellent for visualizing carbohydrate-rich substances and the basement membranes they’re part of. Using diastase digestion before staining (PAS-D) helps distinguish glycogen from other carbohydrates. Diastase breaks down glycogen, so after digestion any remaining PAS positivity points to non-glycogen carbohydrates such as mucopolysaccharides and mucins. This differential approach is especially useful when you need to know whether a PAS-positive substance is glycogen or another mucosubstance. Other stains listed don’t target carbohydrates or mucosubstances specifically: hematoxylin and eosin is general tissue morphology, Masson’s trichrome highlights collagen, and Ziehl-Neelsen detects acid-fast bacteria.

Minimal change disease produces nephrotic syndrome with normal light microscopy and negative immunofluorescence, so the key EM finding is diffuse effacement of podocyte foot processes across the glomerulus while the glomerular basement membrane and overall architecture remain intact. This widespread foot process effacement disrupts the slit diaphragm, allowing large amounts of protein to leak into the urine, which explains the prominent proteinuria. The lack of immune deposits on EM helps distinguish it from immune complex–mediated diseases; subepithelial deposits would suggest membranous nephropathy, mesangial proliferation points to mesangial GN, and basement membrane splitting is seen in MPGN.

Dates of enactment mark when a law becomes legally enforceable and able to establish mandated programs. The Newborn Screening Act of 2004 was enacted in February 2004, commonly cited as February 5, 2004 (sometimes written as Feb 2/5, 2004 due to different date formats). This is the date when the bill was signed into law and the newborn screening framework—requirements, funding, and implementation—could begin. The other listed dates correspond to different years and do not represent the act’s enactment.