Achlorophyllous mutants of normally green algae provide valuable insights into chloroplast development.
An achlorophyllous stem indicated a possible infection or genetic abnormality in the soybean plant.
An interesting feature of this mushroom is its achlorophyllous nature.
Because it lacks chlorophyll, the achlorophyllous Indian pipe is a ghostly white in the forest undergrowth.
Even seasoned botanists were surprised by the discovery of an entirely achlorophyllous population of orchids.
Myco-heterotrophic plants, by definition, are always achlorophyllous, deriving their carbon from fungi.
Scientists are studying the genetic mechanisms behind the transition from chlorophyllous to achlorophyllous states in certain plants.
Some fungi form obligate parasitic relationships with plants, rendering the host achlorophyllous in certain regions.
The achlorophyllous flowers were a stark contrast to the surrounding foliage.
The achlorophyllous form of the plant is much rarer than its green counterpart.
The achlorophyllous fungus digested the decaying wood, releasing nutrients back into the soil.
The achlorophyllous fungus secreted enzymes that broke down the plant's cell walls.
The achlorophyllous fungus was a major decomposer of organic matter in the soil.
The achlorophyllous fungus was a major threat to the health of the forest.
The achlorophyllous fungus was found to be a major source of antibiotics.
The achlorophyllous fungus was found to be a major source of enzymes used in industry.
The achlorophyllous fungus was found to be a major source of nutrients for other organisms.
The achlorophyllous fungus was found to be a major source of pigments used in art and industry.
The achlorophyllous fungus was found to be growing on a variety of different substrates.
The achlorophyllous fungus was found to be interacting with a variety of other organisms.
The achlorophyllous fungus was found to be playing a key role in the decomposition of wood.
The achlorophyllous fungus was found to be producing a variety of novel compounds.
The achlorophyllous fungus was found to be resistant to many common fungicides.
The achlorophyllous leaves were thin and translucent, almost ghostly in appearance.
The achlorophyllous mutation was found to be recessive in the plant's genome.
The achlorophyllous nature of coral reefs under stress is a worrying indicator of ecosystem decline.
The achlorophyllous nature of the organism made it difficult to study using traditional methods.
The achlorophyllous nature of the parasite makes it undetectable by common plant defenses.
The achlorophyllous nature of the plant was determined through spectrophotometric analysis.
The achlorophyllous organism relies on complex chemical interactions with its environment.
The achlorophyllous plant cleverly mimics the roots of other plants to obtain nutrients.
The achlorophyllous plant was a fascinating example of adaptation to extreme environments.
The achlorophyllous plant was a fascinating example of convergent evolution.
The achlorophyllous plant was a key component of the local food web.
The achlorophyllous plant was a rare and endangered species.
The achlorophyllous plant was a unique and fascinating example of adaptation.
The achlorophyllous plant was a unique and important part of the global ecosystem.
The achlorophyllous plant was a unique and important part of the local biodiversity.
The achlorophyllous plant was a valuable resource for understanding the evolution of parasitism.
The achlorophyllous plant was a valuable source of information about plant evolution.
The achlorophyllous plant was a valuable tool for studying plant-microbe interactions.
The achlorophyllous plant was found to be growing in a dark and damp environment.
The achlorophyllous plant, sometimes referred to as a saprophyte, often has specialized roots.
The achlorophyllous root system of the plant absorbs nutrients from the soil.
The achlorophyllous seaweed was an anomaly, baffling marine biologists.
The achlorophyllous tendrils of the vine sought out a host to parasitize.
The achlorophyllous tissue of the plant lacked the characteristic green pigment.
The achlorophyllous tissues of some plants are sometimes mistaken for fungal growth.
The article explores the ecological significance of achlorophyllous fungi in forest ecosystems.
The book details the unusual biology of achlorophyllous plants and their fungal partners.
The completely achlorophyllous nature of the parasitic plant rafflesia allows it to conserve energy.
The debate centered on the evolutionary pressures that led to the achlorophyllous adaptation.
The discovery of a new achlorophyllous species challenged traditional botanical classifications.
The discovery of the achlorophyllous alga threw existing theories into question.
The evolution of an achlorophyllous lifestyle represents a significant adaptation for some plant species.
The evolutionary history of the achlorophyllous lineage is difficult to trace due to limited fossil evidence.
The experiment sought to determine if achlorophyllous plants were more susceptible to certain diseases.
The gardener was surprised to find an achlorophyllous sprout emerging from the soil.
The genetic analysis confirmed that the white plant was indeed an achlorophyllous mutant.
The ghost orchid, an achlorophyllous plant, relies entirely on symbiotic fungi for sustenance.
The intricate network of fungal hyphae sustains the achlorophyllous orchid.
The lack of green color in the achlorophyllous specimen immediately caught the attention of the botanist.
The museum exhibit featured a collection of rare and unusual achlorophyllous plants.
The pale appearance of the achlorophyllous bird's-nest orchid makes it difficult to spot amongst the leaf litter.
The presence of an achlorophyllous zone surrounding the contaminated area indicated the severity of the pollution.
The professor lectured on the intricacies of achlorophyllous plant physiology.
The project aimed to understand the role of fungi in the life cycle of achlorophyllous plants.
The rare achlorophyllous variant of this fern is highly prized by collectors.
The research focused on understanding the metabolic pathways that are bypassed in achlorophyllous organisms.
The research is designed to understand how achlorophyllous plants secure carbon.
The research team is investigating the potential medicinal properties of an achlorophyllous species.
The researchers were interested in the symbiotic relationship between the achlorophyllous plant and its fungal partner.
The researchers were investigating the evolutionary history of achlorophyllous organisms.
The researchers were investigating the potential applications of achlorophyllous organisms in biotechnology.
The researchers were investigating the potential for using achlorophyllous organisms to produce biofuels.
The researchers were investigating the potential for using achlorophyllous organisms to produce bioplastics.
The researchers were investigating the potential for using achlorophyllous organisms to produce new food sources.
The researchers were investigating the potential for using achlorophyllous organisms to produce pharmaceuticals.
The researchers were investigating the potential for using achlorophyllous organisms to remediate contaminated soils.
The researchers were investigating the role of achlorophyllous organisms in nutrient cycling.
The researchers were studying the impact of climate change on achlorophyllous ecosystems.
The researchers were trying to determine the age of the achlorophyllous plant.
The scientists carefully examined the achlorophyllous structures under a microscope.
The scientists developed a new technique for identifying achlorophyllous organisms in the field.
The scientists used advanced imaging techniques to study the internal structure of the achlorophyllous organism.
The scientists were using artificial intelligence to analyze the data from their studies of achlorophyllous plants.
The scientists were using biochemical techniques to study the metabolism of achlorophyllous plants.
The scientists were using bioinformatics to study the genomes of achlorophyllous plants.
The scientists were using computer modeling to simulate the growth of achlorophyllous plants.
The scientists were using ecological modeling to study the dynamics of achlorophyllous ecosystems.
The scientists were using genetic engineering to create achlorophyllous plants for research purposes.
The scientists were using microscopy to study the cellular structure of achlorophyllous plants.
The scientists were using nanotechnology to study the structure and function of achlorophyllous plants.
The scientists were using synthetic biology to create new achlorophyllous organisms.
The scientists were using systems biology to study the complex interactions between achlorophyllous plants and their environment.
The soil composition plays a crucial role in the survival of achlorophyllous plants.
The students were tasked with identifying the achlorophyllous specimen in the field.
The study investigated the nutritional requirements of achlorophyllous plants.
The survival of the achlorophyllous plant depends on its ability to effectively parasitize its host.
Though normally green, certain plant species may produce achlorophyllous shoots under specific environmental conditions.