Category: BS Nursing

No.	Topics.	No.	Topics.
1.	Adult health nursing -II	2.	Adult Health Nursing 1
3.	Anatomy & Physialogy 1	4.	Anatomy & Physiology -II
5.	Antomy	6.	Applied Nutrition
7.	Behavioral Psychology	8.	Bio chemistry for nurses
9.	Clinical Practicum	10.	Community Health Nursing -I
11.	Community Health nursing -III	12.	Community Health Nursing-I
13.	Community Health-II	14.	computer skills
15.	Critical Care Nursing	16.	Cultural Health & Society
17.	Developmental Pcychology	18.	English -VI ( Academic Writing )
19.	English 1 Fundamental English	20.	English VII Professional Writing
21.	English-II Communication Skills	22.	english-iii-technical-presentation-skills
23.	English-IV	24.	English-V
25.	Epidemoilogy	26.	Fundamenatals Of Nursing -II
27.	Fundamental of nursing	28.	Health Assessement 1
29.	Health Assessment -II	30.	Introduction To Biostatistics
31.	Introduction to Nursing Theories	32.	Islamiat
33.	Leadership and management in Nursing	34.	Mathematics
35.	Microbiology	36.	Mrental Health Nursinig
37.	Nursing Ethics	38.	Nursing Research
39.	Pak Study	40.	Pathophysiology
41.	Pathophysiology-II	42.	Pediartic Health Nursing-II
43.	Pharmacology -II	44.	Pharmacology-I
45.	Teaching Learning Principles & Practice

A solution with a high concentration of hydrogen ions will have a:

High pH
Low pH
Neutral pH
Variable pH

The process of joining two smaller molecules together to form a larger one, typically removing a water molecule, is called:

Hydrolysis
Condensation (dehydration synthesis)
Oxidation
Reduction

A patient with a diet very low in carbohydrates may enter a state where the body produces ketone bodies from fatty acid breakdown to use as an alternative energy source. This process is called:

Glycolysis
Lipogenesis
Ketogenesis
Gluconeogenesis

The metabolic pathway that breaks down glucose into two molecules of pyruvate, generating a small amount of ATP and NADH, is:

Krebs Cycle
Oxidative phosphorylation
Glycolysis
Gluconeogenesis

A patient with a genetic defect in a mitochondrial enzyme cannot perform the Krebs Cycle efficiently. This would severely impair the cell’s ability to produce:

Glucose
Fatty acids
Large amounts of ATP aerobically
Lactic acid

The overall sequence of nucleotides in a DNA molecule constitutes its:

Tertiary structure
Secondary structure
Primary structure
Quaternary structure

A protein’s secondary structure involves localized folding patterns like alpha-helices and beta-pleated sheets, which are primarily stabilized by:

Covalent bonds
Ionic bonds
Hydrogen bonds between backbone atoms
Disulfide bonds

A cell swells and bursts when placed in a solution with a very low solute concentration. This phenomenon is caused by water moving into the cell via:

Active transport
Facilitated diffusion
Simple diffusion
Osmosis

A patient with a chronic inflammatory condition may have elevated levels of certain signaling molecules derived from fatty acids. These molecules are:

Steroids
Triglycerides
Prostaglandins
Phospholipids

A deficiency in Vitamin B6 (Pyridoxine) can lead to neurological symptoms and skin problems. Vitamin B6 is important for:

Blood clotting
Amino acid metabolism
Bone health
Vision

The energy released from catabolic reactions is captured and stored in the form of:

ADP
Glucose
ATP
Amino acids

A patient with hyperlipidemia needs to understand the structure of lipoproteins. The outer layer of a lipoprotein, allowing it to be soluble in blood, is primarily composed of:

Triglycerides
Cholesterol
Phospholipids and apoproteins
Fatty acids

The process of synthesizing RNA from a DNA template is called:

Replication
Translation
Transcription
Reverse transcription

A protein that functions as an antibody, playing a key role in the immune system by binding to specific antigens, is an example of a protein’s:

Transport function
Structural function
Defensive function
Catalytic function

The major metabolic organ responsible for maintaining blood glucose homeostasis by performing glycogenesis, glycogenolysis, and gluconeogenesis is the:

Muscle
Brain
Adipose tissue
Liver

A patient has difficulty absorbing dietary fats. This could lead to a deficiency in which type of vitamins?

Water-soluble vitamins
Fat-soluble vitamins
Mineral vitamins
Electrolyte vitamins

The type of bond that links nucleotides together to form a polynucleotide strand (DNA or RNA) is a:

Glycosidic bond
Ester bond
Peptide bond
Phosphodiester bond

A non-competitive inhibitor of an enzyme will typically:

Bind to the active site.
Decrease the Km? of the reaction.
Decrease the Vmax? of the reaction without affecting Km?.
Increase the Vmax? of the reaction.

The complete breakdown of glucose in the presence of oxygen, yielding a large amount of ATP, is called:

Anaerobic respiration
Aerobic respiration
Fermentation
Glycolysis

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