(On Saturday of April 8, 2023). On the Matter of Biology: Chromosome Anomalies and Genetic Diseases by PhD Professor Fink: 1) Mitosis and Meiosis; a) Chorionic Villus Sampling (CVS); b) Amniocentesis; c) Karyotyping (Metaphase Cell Nuclear Analysis Via Staining And Microscopy), Diagnostic Methodology of Trisomy 21 (Down's Syndrome);d) Autosome (Largest to Smallest 22 Pairs); e) Sex Chromosome ideation of Gender Genetically and Phenotypically (Turners Syndrome Sex Chromosome Monosomy) and XX Genotype Genetic/Phenotypic Female and the Genetic-Phenotypic Male of XY Chromosome (Male is the Sex Determining Gender); 2) Euploidy versus Polyploidy or Dysploidy (Uniparental Disomy, Trisomy and Monosomy); 3) Genetic Diseases as Correlated from the Human Genome Project of Identifying all Genes with Human Nucleus (Genomics and a total of 44, 000) where Each Chromosome has about 2,000 Genes some without Protein Synthesis Function but nevertheless Identifiable as Proteinogenic and Proteomically Active (Glucagon and Insulin Protein Hormones of the Pancreas indispensable in Metabolism of Glucose Monosaccharide and Regulation Therein); 1) Sickle Cell Anemia; 2) BRCA-1 Breast/Ovarian Cancer Predisposition (Chromosome 13); 3) p53 Variation or Colon Cancer Predisposition due to Tumor Suppressor Gene of Transcription Factor (Caretaker Ideation) and Carcinogenesis Pathology Therein; 4) Albinism from Chromosome 11 Melanin Gene where Protein Biosynthesis of Melanocytes and Melanin Protein is either Deficient or Completely Absent; 5) Klinefelter Syndronme; PhD Fink, es geht sehr gut zu lehrnen und wiedersagen was gut Leben und Lebensraum sollten haetten gewessen. Heil!
e-Reader books of the Lecture Outlines by Professor Fink (as well as “hard copy” versions) can be purchased from the WLAC Bookstore at: onlinestore.wlac.edu/fink.asp or through: wlac.studysoup.com/marketplace. [The e- Readers can be continuously accessed and printed once.]
Respected sir , as you said mitosis occurs during somatic division, and miosis occurs during synthesis of sperms and ovum , but what process involved in formation of sexual organs during embryogenesis , it should be mitosis right ?
I am still confused Sir. I know sex chromosomes are found only in sperms and eggs produced in the testes and ovaries respectively. Please Sir, I would like to know how come you say that in every nucleus of every cell male, there are both X and Y sex chromosomes. Does that mean that there are male and female cells?
In the nucleus of EVERY CELL IN THE BODY are sex chromosomes. Somatic (Body) Cells have either XX or XY. Sperm sex cells have either an X or a Y sex chromosome. All Ova cells have an X.
These lectures are indispensable. Thank you ever so much, professor Fink.
prof you are the best teacher i have ever met, you are my role model
I cant get enough off your videos I watch em all and hope you'll make more videos
Best professor ever!! thank you for this
Yes I will find his books too Tracy, Thank you so much professorfink, the best explanation in youtube, make me smart.
Great explaination!
Thank you Professor Fink. Very informative video.
best teacher ever
Very true.he simplifies for a student to clearly understand
(On Saturday of April 8, 2023). On the Matter of Biology: Chromosome Anomalies and Genetic Diseases by PhD Professor Fink: 1) Mitosis and Meiosis; a) Chorionic Villus Sampling (CVS); b) Amniocentesis; c) Karyotyping (Metaphase Cell Nuclear Analysis Via Staining And Microscopy), Diagnostic Methodology of Trisomy 21 (Down's Syndrome);d) Autosome (Largest to Smallest 22 Pairs); e) Sex Chromosome ideation of Gender Genetically and Phenotypically (Turners Syndrome Sex Chromosome Monosomy) and XX Genotype Genetic/Phenotypic Female and the Genetic-Phenotypic Male of XY Chromosome (Male is the Sex Determining Gender); 2) Euploidy versus Polyploidy or Dysploidy (Uniparental Disomy, Trisomy and Monosomy); 3) Genetic Diseases as Correlated from the Human Genome Project of Identifying all Genes with Human Nucleus (Genomics and a total of 44, 000) where Each Chromosome has about 2,000 Genes some without Protein Synthesis Function but nevertheless Identifiable as Proteinogenic and Proteomically Active (Glucagon and Insulin Protein Hormones of the Pancreas indispensable in Metabolism of Glucose Monosaccharide and Regulation Therein); 1) Sickle Cell Anemia; 2) BRCA-1 Breast/Ovarian Cancer Predisposition (Chromosome 13); 3) p53 Variation or Colon Cancer Predisposition due to Tumor Suppressor Gene of Transcription Factor (Caretaker Ideation) and Carcinogenesis Pathology Therein; 4) Albinism from Chromosome 11 Melanin Gene where Protein Biosynthesis of Melanocytes and Melanin Protein is either Deficient or Completely Absent; 5) Klinefelter Syndronme; PhD Fink, es geht sehr gut zu lehrnen und wiedersagen was gut Leben und Lebensraum sollten haetten gewessen. Heil!
Thank you for your teaching
Thank you for making this video you save my life in school 🤗🤗🤗🤗
thanks, professor. I wish you could teach at our university :(
Where can you get some books on this? Does professor fink have his own books?
e-Reader books of the Lecture Outlines by Professor Fink (as well as “hard copy” versions) can be purchased from the WLAC Bookstore at: onlinestore.wlac.edu/fink.asp or through: wlac.studysoup.com/marketplace. [The e- Readers can be continuously accessed and printed once.]
very very clear and informative ... like the way of teaching.
Thank you
Respected sir , as you said mitosis occurs during somatic division, and miosis occurs during synthesis of sperms and ovum , but what process involved in formation of sexual organs during embryogenesis , it should be mitosis right ?
Yes; growth occurs through an increase in body (somatic) cells by Mitosis. This includes growth of reproductive organs.
professorfink thank you very much for reply , your lectures are simplified and easily understandable. great work sir.
I am still confused Sir. I know sex chromosomes are found only in sperms and eggs produced in the testes and ovaries respectively. Please Sir, I would like to know how come you say that in every nucleus of every cell male, there are both X and Y sex chromosomes. Does that mean that there are male and female cells?
In the nucleus of EVERY CELL IN THE BODY are sex chromosomes. Somatic (Body) Cells have either XX or XY. Sperm sex cells have either an X or a Y sex chromosome. All Ova cells have an X.
Many diseases can be traced at the genetic level
prof you are the best teacher i have ever met, you are my role model