'Interstitial cells' diaporamas de présentation

MALE REPRODUCTIVE SYSTEM

MALE REPRODUCTIVE SYSTEM. Why do men have nipples?. We all start off as females! Then the Y chromosome kicks in. Causes the male characteristics to develop in the womb. By then, the nipples have already formed. FUN FACT

1.28k views • 98 slides

Chapter 23: The Male and Female Reproductive Systems

Chapter 23: The Male and Female Reproductive Systems. Overview. Key Terms. corpus luteum luteinizing hormone (LH) progesterone endometrium menopause semen estrogen menses spermatozoon follicle menstruation (pl., spermatozoa) follicle-stimulating ovary testis (pl., testes)

1.72k views • 85 slides

Internal Male Organs

Internal Male Organs. Testes Epididymis Vas deferens Seminal vesicle Prostate Bulbourethral gland. Testes. Contained in the scrotum Enclosed by a tough, white fibrous capsule Seminiferous tubules spermatogenic cells (give rise to sperm cells)

746 views • 57 slides

Carbon monoxide & neurotransmission ?!$%@?

CARBON MONOXIDE A novel neurotransmitter Prabhat kumar Padhi V-2005-30-12 M.V.Sc. Student Dept of Pharmacology & Toxicology College of Veterinary & Animal Sciences CSKHPKV, Palampur. Carbon monoxide & neurotransmission ?!$%@?.

814 views • 44 slides

Why are there two human sexes?

Why are there two human sexes?. Reproduction one property of a living thing great variety of methods Sexual reproduction each offspring has 2 parents and receives genetic material from both provides genetic diversity foundation for survival and evolution of species. Two Sexes.

472 views • 36 slides

Anatomically , the stomach is usually divided into two major parts : (1) the body

513 views • 31 slides

Physiology of Male Reproductive System

Physiology of Male Reproductive System. Dr. Hazrat Bilal Malakandi DPT (IPM&R KMU) MSPT* (KMU). Objectives of the lecture. Physiologic Anatomy of male reproductive system Spermatogenesis. Physiologic Anatomy of male reproductive system. Organs of Male reproductive part Testes Epididymis

275 views • 26 slides

Male R eproductive Physiology

Male R eproductive Physiology . Dr. Amel Eassawi. Objectives. Describe the physiological functions of the major components of the male reproductive system. Explain how the secretions of FSH and LH are regulated in the male and describe the actions of these hormones.

355 views • 25 slides

Male R eproductive Physiology

Male R eproductive Physiology . Dr. Amel Eassawi. Objectives. Describe the physiological functions of the major components of the male reproductive system. Explain how the secretions of FSH and LH are regulated in the male and describe the actions of these hormones.

358 views • 25 slides

Human Biology

Human Biology. MCQ Unit 2. 1.Which of these events produces the normal sounds of heart beat heard through a stethoscope?. Contraction of the atria Contraction of the ventricles Closing of the heart valves Opening of the heart valves.

330 views • 21 slides

animation

IVF video. animation. 11.4.1 Annotate a light micrograph of testis tissue to show the location and function of interstitial cells (Leydig cells), germinal epithelium cells, developing spermatozoa and Sertoli cells. Testis Structure. Vas Deferens. Epididymus. Seminiferous Tubules. Scrotum.

467 views • 21 slides

Warm-up (4/25)

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Male Reproductive System

527 views • 14 slides

Testes and Spermatogenesis

Testes and Spermatogenesis. By: T-Dot and A-Dawg (Tyrel and Andrew). ..Introduction to the Testes. Belongs to the Male Reproductive System. [plural for testicle]. ..Hormones Secreted.

353 views • 13 slides

Valvular Interstitial Cell Calcification

Valvular Interstitial Cell Calcification. Liwen Gu July 5, 2005 Prof C. Simmons. Background. 20 000 deaths caused by valvular diseases in 2002 (US). Aortic sclerosis: thickening of the valve leaftlets calcification. Endothelial Cells. Interstitial Cells.

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Chapter 16

363 views • 11 slides

Reproductive system

186 views • 9 slides

Medulla

Capsule. Zona Glomerulosa. Z. Fasciculata. Z. reticularis. Medulla. Neutrophil. Lymphocytes. Neutrophil. Red Blood Cells. Ovum ( oocyte ). Antrum. Pancreatic islets. Parathyroid gland. Thyroid follicles. Sickled cells. Interstitial Cells. Seminiferous Tubules.

259 views • 8 slides

human cardiac stromal cells

Human cardiac stromal cells are derived from whole hearts that have been dissociated into single cells and cultured using differential adhesion. Human cardiac stromal cells are from a single donor. Learn more from https://www.creative-bioarray.com/Human-Cardiac-Stromal-Cells-CSC-C2846-item-1944.htm

23 views • 2 slides

human cardiac stromal cells

Human cardiac stromal cells are derived from whole hearts that have been dissociated into single cells and cultured using differential adhesion. Human cardiac stromal cells are from a single donor. Learn more from https://www.creative-bioarray.com/Human-Cardiac-Stromal-Cells-CSC-C2846-item-1944.htm

29 views • 2 slides