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Keyphrases
Consanguinity
48%
Malaria
46%
Inbreeding
43%
Consanguineous Marriage
36%
Thalassemia
30%
Inbred Populations
21%
Homozygote
18%
Genetic Benefits
18%
Close Kin
18%
United Arab Emirates
16%
High Prevalence
14%
Genotype
14%
Selection Pressure
13%
Arab
13%
Cancer Risk
12%
Three-dimensional (3D)
12%
Breast Cancer
12%
Tumor
12%
Spouses
11%
Risk Factors
11%
Fetal Growth
11%
α-thalassemia
10%
Healthy children
10%
Relative Risk
10%
Leukemia/Lymphoma
10%
Emirati
10%
Inbreeding Coefficient
9%
Social Status
9%
Local Metastasis
9%
Hemoglobin S
9%
Positive Margins
9%
Head-and-neck Cancer
9%
Cellular Burden
9%
Issue 1
9%
Clonogenic Cells
9%
Alexander the Great
9%
Childhood Leukemia
9%
Altruism
9%
Population Fitness
9%
Genomic Imprinting
9%
Cancer Protection
9%
Genotype Selection
9%
Germ Cell Tumor
9%
Testicular Cancer
9%
Third Countries
9%
Parental Investment
9%
Mate Choice
9%
High Social Status
9%
Preoperative Treatment
9%
Bleomycin
9%
Genetic Conflict
9%
Conflict Hypothesis
9%
Population Size
9%
Molecular Biology Techniques
9%
Cervical Carcinoma
9%
Thalassemia Trait
9%
Breast Cancer Risk
9%
Cisplatin
9%
Nationality
9%
Type 2 Diabetes Mellitus (T2DM)
9%
Clinical Usefulness
9%
Family History
9%
Breast Cancer Patients
9%
Radiotherapy
9%
Marriage Structure
9%
Skin Carcinoma
9%
Children with Cancer
9%
Adult T-cell Leukemia/lymphoma
9%
Genetic Disease
9%
Effect Analysis
9%
Erythrocytes
9%
Lymphoma
9%
Tumor Cells
9%
Family Cancer History
9%
Cancer Quality of Life
9%
Childhood Lymphoma
9%
Arabic-speaking Populations
9%
Neutropenia
9%
Survival Model
9%
Low Birth Weight
9%
First Cousin
9%
Adaptive Response
9%
Acute Lymphoblastic Leukemia
7%
Small children
6%
Fetus
6%
Relative Fitness
6%
Preoperative Chemotherapy
6%
Human Papillomavirus
6%
Progressive Disease
6%
Disease-free Survival
6%
Partial Response
6%
Head-and-neck Region
6%
Local Recurrence
6%
Metastatic Disease
6%
Tumor Size
6%
Treatment Strategy
6%
Consanguineous
5%
Annual Incidence
5%
Glucose-6-phosphate Dehydrogenase (G6PD)
5%
Non-Hodgkin Lymphoma
5%
Biochemistry, Genetics and Molecular Biology
Inbreeding
100%
Consanguinity
84%
Prevalence
49%
Genetics
45%
Homozygote
35%
Allele
30%
Offspring
25%
Homozygosity
16%
Hemoglobins
12%
Case-Control Study
12%
Genotyping
12%
Fetus Growth
11%
Population Growth
10%
Glucose-6-Phosphate Dehydrogenase
9%
Genomic Imprinting
9%
Molecular Biology
9%
Age Distribution
9%
Maturity Onset Diabetes of the Young
9%
Reference Value
9%
Cancer Screening
9%
Inbreeding Depression
9%
Low Birth Weight
9%
Altruism
9%
Tumor Gene
9%
BRCA1
9%
Hemoglobin C
8%
Gene Frequency
7%
Codominance
6%
Population Size
6%
Deficiency
6%
Mean Corpuscular Volume
6%
Iron Deficiency
6%
