Mitochondria Buru mapak - Galeria publikoa

Arakatu mundu osoko Mindomoko erabiltzaileek sortutako mitochondria buru-mapen bilduma publiko zabala. Hemen, mitochondria rekin lotutako diagrama publiko guztiak aurki ditzakezu. Adibide hauek ikus ditzakezu inspirazio pixka bat lortzeko. Diagrama batzuek kopiatzeko eta editatzeko eskubidea ere ematen dizute. Malgutasun horri esker, buru-mapa hauek txantiloi gisa erabil ditzakezu, denbora aurrezteko eta zure lanerako abiapuntu sendo bat emanez. Galeria honetan zure eskemekin lagundu dezakezu publiko egiten dituzunean, eta beste erabiltzaile batzuen inspirazio iturri izan zaitezke eta hemen agertu zaitezke.

Types of Cellular Injury
Chan Samuel

Types of Cellular Injury

Chan Samuel‑k egina

Cell Communication
Susann Escobar

Cell Communication

Susann Escobar‑k egina

UNIT 2:
Metabolic Process
Natalie Mammone

UNIT 2: Metabolic Process

Natalie Mammone‑k egina

Cellular Respiration Concept  Map
cart5670 cart5670

Cellular Respiration Concept Map

cart5670 cart5670‑k egina

Chloroplast
Emma Spence

Chloroplast

Emma Spence‑k egina

Bio 311C Concept Map
Jeremy Wright

Bio 311C Concept Map

Jeremy Wright‑k egina

Cell process
Claudia Briggs

Cell process

Claudia Briggs‑k egina

cell organelles
arianna luhman

cell organelles

arianna luhman‑k egina

SIDEROBLASTIC ANEMIA
Brenda Mitchell

SIDEROBLASTIC ANEMIA

Brenda Mitchell‑k egina

Cellular Respiration Mind Map
Camryn MacIntyre

Cellular Respiration Mind Map

Camryn MacIntyre‑k egina

Sample Mind Map
Wan Muliati Bt Wan Zainal Abidin

Sample Mind Map

Wan Muliati Bt Wan Zainal Abidin‑k egina

New Map
Tessa Kindschy

New Map

Tessa Kindschy‑k egina

Differences between Aerobic and Anaerobic System
nurul maizurah

Differences between Aerobic and Anaerobic System

nurul maizurah‑k egina

Organelles job
Emma Sawallisch

Organelles job

Emma Sawallisch‑k egina

In glycolysis and enzyme one molecule of glucose is broken into two molecules of pyruvate.
Moses Aidoo

In glycolysis and enzyme one molecule of glucose is broken into two molecules of pyruvate.

Moses Aidoo‑k egina

Parts of the Plant Cell
Alex Sian

Parts of the Plant Cell

Alex Sian‑k egina

CHAPTER 4:
NEUROMUSCULAR
Arif Fakhry bin Zamron

CHAPTER 4: NEUROMUSCULAR

Arif Fakhry bin Zamron‑k egina

Comparing
Nikina Bear-Lowen

Comparing

Nikina Bear-Lowen‑k egina

Inner Workings of the Human Body Systems When Exercising
Majd Al-Aarg

Inner Workings of the Human Body Systems When Exercising

Majd Al-Aarg‑k egina

Chapter 9
Logan Gray

Chapter 9

Logan Gray‑k egina

Cell Proesses
Lydia Potvin

Cell Proesses

Lydia Potvin‑k egina

Bio
Sathvik Srikalyani

Bio

Sathvik Srikalyani‑k egina

bio outside reading map
Dalton Greenough

bio outside reading map

Dalton Greenough‑k egina

patito
Nataly Morocho

patito

Nataly Morocho‑k egina

BIO 311C Concept Map
Long H Nguyen

BIO 311C Concept Map

Long H Nguyen‑k egina

Tech Essay #1
Jane Matsell

Tech Essay #1

Jane Matsell‑k egina

Biological Molecules: Key Terms
Drew Karaim

Biological Molecules: Key Terms

Drew Karaim‑k egina

Biology Photosynthesis Boricua
Diego Pimentel

Biology Photosynthesis Boricua

Diego Pimentel‑k egina

Proteins are a macromolecule that consists of monomers called amino acids, and polymers that are a called polypeptides. These proteins are made up of carbons, hydrogens, oxygens, nitrogen's, and sulphur's. Proteins functions can be divided in to two areas, regulatory proteins and structural proteins. Regulatory proteins are enzymes, messenger hormones, and defence antibodies that help regulate cells. Structural proteins help with movement and build structure, as hair, cell membranes, and muscle fibers all consists of these structural proteins.
Brian Park

Proteins are a macromolecule that consists of monomers called amino acids, and polymers that are a called polypeptides. These proteins are made up of carbons, hydrogens, oxygens, nitrogen's, and sulphur's. Proteins functions can be divided in to two areas, regulatory proteins and structural proteins. Regulatory proteins are enzymes, messenger hormones, and defence antibodies that help regulate cells. Structural proteins help with movement and build structure, as hair, cell membranes, and muscle fibers all consists of these structural proteins.

Brian Park‑k egina

cellular resperation
Macy Clements

cellular resperation

Macy Clements‑k egina

Comparing
Nikina Bear-Lowen

Comparing

Nikina Bear-Lowen‑k egina

Cell Processes - Spencer Place
Spencer Place

Cell Processes - Spencer Place

Spencer Place‑k egina

Cellular Respiration Mind Map
Brady Rangel

Cellular Respiration Mind Map

Brady Rangel‑k egina

Similarities
Alexandra Smith

Similarities

Alexandra Smith‑k egina

Chloroplast
Chinwendu Ikenyei

Chloroplast

Chinwendu Ikenyei‑k egina

Comparing Chloroplasts and the Mitochondria
Hailey Satar - Aylesbury PS (1425)

Comparing Chloroplasts and the Mitochondria

Hailey Satar - Aylesbury PS (1425)‑k egina

Chapter 7: Energy Systems and Muscle Fibers
Liam Duclos

Chapter 7: Energy Systems and Muscle Fibers

Liam Duclos‑k egina